QSetENERGY_Catalog ENG by Qset Energy

QSet Energy USA QSet Energy ROMANIA QSet Energy CHINA

QSet ENERGY GREEN

e a rt rth h lif l if ife e

4earth life

The expert of BIPV module QSet solar PV glass is a new and high-tech construction material, which integrate the PV cells with structural glass perfectly. At the same time, it's also a PV station integrated with buildings. Except its performance as traditional construction material, it could supply clean electric power for buildings. By replacing construction material, BIPV is the best mode which can make the cost of PV power approach the cost of coal power nowadays. QSet’s technology solar PV glass can be applied extensively in structural walls, skylight, sunshading board etc. We supply not only solar PV glass products in good quality, but also the design and installation for BIPV system

Advantages

Solar power generation, supplying clean energy for buildings. Completely according with National standard for building materials Higher strength, resist wind and strike, safer Sound insulation, heat insulation, effective resistance to the outside environment intrusion. Intelligent and personalized, regulating light, comfortable and convenient. Environment-friendly, energy saving, no pollution Providing a new aesthetics decoration effect for modern construction. Integrating multifunction energy saving and cost reducing

Mono-Si solar PV glass

Thin Film solar PV glass

Poli-Si solar PV glass

Configuration features Solar Glass with glue

Solar Hallow glass

Application of products

Acronym of BIPV (Building Integrated Photovoltaics) refers to photovoltaic systems integrated with an object's building phase. It means that they are built/constructed along with an object. They are also planned together with the object. Yet, they could be built later on. Due to specific task cooperation of many different experts, such as architects, civil engineers and PV system designers, is necessary. According to how and where such systems are built, whether into the facade or in the roof, the following BIPV systems are recognized: Facade or roof systems added after the building was built Facade integrated photovoltaic systems built along with an object Roof-integrated photovoltaic systems built along with an object "Shadow-Voltaic" - PV systems also used as shadowing systems, built along with an object or added later

We are reliable and professional solar PV partner Tel：+40 - 21-3350162 3350162 Fax：+40 - 21-3350162 http://www.qsetenergy.com QSet Green ENERGY,12 th Constantin Istrati st,Bucharest, 4 th sector, zip code: 0404544, Romania © 2008 QSet ENERGY Company All Rights Reserved

Mono/Poli-SI PV Glass Mono-Si PV Glass Mechanical parameter: Surface glass Adhesive coating Bottom glass Connecting manner Pieces of cells Physical parameter: Conduction coefficient Noise reduction Transparent rate Thermal transmittance Construction parameter: Setting mode Dimension(W'L)

QFM-BIPV-125

QFM-BIPV-105

QFP-BIPV-125

QFP-BIPV-105

QFP-BIPV-70

36pc

24 pc

~4.5W/m3K -15DB 32% -25%

~4.5W/m3K -15DB 40% -25%

~4.5W/m3K 15DB 43% -25%

Dot mode/Frame/ImpIicit 1100x800 1600x1300 mm mm 10mm 10mm 300m 80m 506 Kg/m2 287Kg/m2 22Kg 52Kg

1300x1100 mm 10mm 285m 396 Kg/m2 36Kg

1100x800 mm 10mm 300m 506 Kg/m2 22Kg

5mmToughend glass Double PVB 5mmToughend glass Backside 24 pc 42pc

42pc

36pc

~4.5W/m3K -15DB 32% -25%

~4.5W/m3K -15DB 40% -25%

1600x1300 mm

1300x1100 mm

10mm 80m 287Kg/m2 52Kg

10mm 285m 396 Kg/m2 36Kg

125Wp

106Wp

Vmp Imp Isc

21V 5.94A 6.54A

18V 6.49A

Voc Light transform efficiency

25.2V 16%

21.6V 16%

Thickness Allowed fixing height Wind pressure resistance Weight electrical parameter pm

QFM-BIPV-70

~4.5W/m3K 15DB 43% -25%

5.9A

0Wp 12V 5.83A 49A 14.4V 16%

125Wp

106Wp

21V 5.24A 5.72A

18V 5.28A 5.81A

25.2V 14%

21.6V 14%

0Wp 12V 5.24A 72A 14.4V 14%

Mono/Poli-PV Panel

Model Maximum power Maximum voltage Maximum current Short current Open voltage Dimensions Weight

QFP-5 W 5W

QFP-25 W 25 W

QFP-50 W 50 W

QFP-100 W 100 W

QFM-5 W 5W

QFM-25 W 25 W

QFM-50 W 50 W

QFM-100 W 100 W

17.5 V

36 V

17 V

34 V

0.28 A

1.42 A

2.85 A

2.77 A

0.29 A

1.47 A

2.94 A

0.30 A 21 V 264×226×25 mm 0.8 kg 17.50 Euro

1.56 A 21 V 535×419×25 mm 2.7 kg 87.50 Euro

4.70 A 21 V 795×541×35 mm 5.3 kg 174.99 Euro

3.04 A 43 V 1279×657×35 mm 10.6 kg 349.98 Euro

0.32 A 20 V 264×226×25 mm 0.8 kg 17.50 Euro

1.61 A 20 V 535×419×25 mm 2.7 kg 87.50 Euro

3.23 A 20 V 795×541×35 mm 5.3 kg 174.99 Euro

3.23 A 41 V 1279×657×35 mm 10.6 kg 349.98 Euro

These parameter presents the measured value under Standard Testing Condition (STC 1000W/m2;AM 1,5;25T2) The products are in accord with relevant national construction standards. The dimensions, colors, cells and power can be changed by customer order.

A-SI Thin Film PV Glass Poli-Si PV Glass Mechanical parameter: Surface glass Adhesive coating Bottom glass Connecting manner Pieces of cells Physical parameter: Conduction coefficient Noise reduction Transparent rate Thermal transmittance Construction parameter: Setting mode Dimension(W'L) Thickness Allowed fixing height Wind pressure resistance Weight electrical parameter pm Vmpp Imp Isc Voc Maximum System Voltage Light transform efficiency

QFA-BIPV-80

QFa-BIPV-85

QFA-BIPV-90

QFA-BIPV-95

3 mm Float Glass 1.1 PVB 3mmToughend glass N 42pc

3 mm Float Glass 1.1 PVB 3mmToughend glass N

3 mm Float Glass 1.1 PVB 3mmToughend glass N 36pc

3 mm Float Glass 1.1 PVB 3mmToughend glass N 24 pc

5 W/m3K -15DB 40% 30%

5 W/m3K

5 W/m3K -15DB 40% 30%

5 W/m3K 15DB 40% 30%

Frame/ImpIicit 1300mm*1100mm 10mm 285m 396 Kg/m2 24Kg

Frame/ImpIicit 1300mm*1100mm 285m 396 Kg/m2 24Kg

Frame/ImpIicit 1300mm*1100mm 10mm 285m 396 Kg/m2 24Kg

80Wp 100V 0.80A 1.0A 134 V 600V 6%-8%

85Wp 101.5V 0.84A 1.05A 135 V 600V 6%

90Wp 102.5V 0.88A 1.1A 136V 600V 8%

40% 30%

95Wp 103.5V 0.92A 1.15A 138 V 600V 6%

Building integrated photovoltaics (BIPV) Fixing Manner

Dot mode Setting

Frame Setting

Implicit Setting

Semi Implicit Frame Setting

Matching with the installation mode of the traditional glass externel wall and skylight system. Can be installed directly

QSet Energy technology company reserve the right to change technical specification of the products. These parameter presents the measured value under Standard Testing Condition (STC 1000W/m2;AM 1,5;25T2) The products are in accord with relevant national construction standards. The dimensions, colors, cells and power can be changed by customer order.

80/85/90/95 Watt Maximum Power

The A-Si Thin film cells adopt Oerlikon equipment The output power can reach 80w-90w The conversion efficiency is 6%-8% Excellent performance in weak light Over 20 years lifetime, less degradation and stable Performance The module already approved by CE and 3C certification, and conformity to TUV, IEC61646 listings The hollow instruction have better function of sound insulation, heat insulation and resisting frost Completely according with relevant national construction material standard in design and production

Peak Power Output (Wp) Maximum Power Voltage (Vmp) Maximum Power Current(Imp) Short Circuit Current(Isc) Open Circuit Voltage(Voc) Max system voltage(v) Mechanical Performance Profile constitution (mm) Surface glass Frame Adhesive coating Bottom glass Working temperature Junction box Power TK (PN) Open Circuit Voltage TK (OUC) Short Circuit CurrentTK (ISC) Physical parameters Coefficient of heat transfer Noise reduction Sheltering coefficient Transparent rate Installtion mode Dimension Thickness Allowed fixing height Wind Weight

QFA-BS80W 80Wp 99.2V

QFA-BS85W 85Wp 100.3 V

QFA-BS90W 90Wp 100.8V

QFA-BS95W 95Wp 101.4 V

QFAF-BS85W BS85W 85Wp 100.3 V

QFAF-BS90W 90Wp 100.8V

QFAF-BS95W 95Wp 101.4 V

0.81A

0.85 A

0.89A

0.94 A

0.85 A

0.89A

0.94 A

1.0A 132.9V

1.05 A 134.4V

1.1A 135.1V

1.2A 135.9V 1000V

1.05 A 134.4V

1.1A 135.1V

1.2A 135.9V

3.2 + 0.76 + 5+ 9A +5 3.2mm Thin film cells With Aluminum frame 0.76mmPVB 5mm tempered glass -40 - 850C On the back and with 900mm output wire -0.21% -0.28% +0.04%

2.5W/m2K 35dB 0.49 Semi-transparent implicit 1300mm*1100mm（without junction box） 1312*1100(with junction box) 22.6mm（without fixing rail）/50mm（with fixing rail） 150m 6.0KN/m2 50kg（without fixing rail）/54kg（with fixing rail）

We are reliable and professional solar PV partner Tel：+40 - 21-3350162 3350162 Fax：+40 - 21-3350162 http://www.qsetenergy.com QSet Green ENERGY - 12 th Constantin Istrati st,Bucharest, 4 th sector, zip code: 0404544, Romania © 2008 QSet ENERGY Company All Rights Reserved

Off Grid Solar Kit Generally, the application of solar PV differs mainly from other renewable sources like hydro power, wind energy, energy from biomass and co-generation plants. The policy and application of these renewable energy sources is more or less comparable to conventional fossil power plants. Key issues are scale of size, i.e. installed MW’s, energy output and profi tability and presence of a medium or high voltage grid with suffi cient transport capacity. Also, for renewables like small-scale hydro, wind and biomass, installations of 3 to 10 MW are rather common and plants of more than 25 MW are not exceptional.The emphasis of grid-connected PV is on the built environment, also mentioned as building-integrated PV (BIPV). The size of the installations ranges roughly from ~200 Wp to ~5 kWp. Mostly the PV installations are part of the existing infrastructure or integrated into the building structure of residential, offi ce or industrial buildings. Roof-mounted PV systems are considered as an building-integrated application. In most applications the electric power generated by solar energy is fed into the internal electrical grid of the building. This implies that when the PV installation is generating power and in the same building one or more devices are simultaneously consuming power, the devices are – at least partially – powered by the PV-system without using the utility grid. The surplus of solar energy is fed into the utility grid.

Sistem Rated power (W) Maximum power (KW) Number of panels Solar panel Panel tipe Panel size (mm) Panel weight (kg) Controller Controller power (V) Energy storage

QFK050 W 50 300 1

QFK0100 W 100 600 2

QFK0150 W 150 900 3

QFK0400 W 400 2400 4

QFK0600 W 600 3600 6

QFK0800 W 800 4800 8

QFK01000 W 1000 6000 10

QFK01600 W 1600 9.6 16

polycrystalline 5.5

835x540x28 5.5 5.5

12.5

12/24

Storage battery (V/Ah)

12/65

2/150

2/200

2/150

Storage capacity (KW) Inverter maximum power (W) Loading power (W)

780

1800

2400

9600

300

>200 2

>200

1210x665x35 12.5 12.5 12/24

12.5

12/24

7200

12/200 9600

10.8

1000

500

1000

>900

>400

>900

Sistem

QFK02000 W 2000 12 20

QFK02600 W 2600 15.6 26

Rated power (W) Maximum power (KW) Number of panels Solar panel Panel tipe polycrystalline Panel size (mm) 1210x665x35 Panel weight (kg) 12.5 12.5 Controller 2x12 3x12 Controller power (V) Energy storage Storage battery (V/Ah) 12/150 12/200 21.6 28.8 Storage capacity (KW) Inverter maximum power (W) 2000 2000 Loading power (W) >1900 >1900

QFK03000 W 3000 18 30

12.5

3x12

4x12

12/60 28.8 3000 >2900

12 38.4 3000 >2900

12/200 43.2 3000 >2900

Controller Tel：+40 - 21-3350162 3350162 Fax：+40 - 21-3350162 http://www.qsetenergy.com QSet Green ENERGY,12 th Constantin Istrati st,Bucharest, 4 th sector, zip code: 0404544, Romania © 2008 QSet ENERGY Company All Rights Reserved

QFK04000 W 4000 24 40

12.5

We are reliable and professional solar PV partner Inverter

QFK03600 W 3600 21.6 36

Less ENERGY on your bill! High power LED light sources use around two thirds less power than incandescent light bulbs and have a design life of around 50,000 hours…

High power LED light bulbs offer up to eight times more brightness than incandescent lamps without emissions harmful to the environment…

Highly focused LED optical system provides a regular beam pattern with uniform brightness, reducing dark patches and light loss between light sources…

LED light sources do not produce glare or strobe effects common in conventional lighting, reducing visual fatigue in workspaces and domestic applications alike…

Model Number Model Name Power Consumption Dimension Emission Color Color Temperature CRI Luminescence Angle Lumens Working Voltage Lamp Lens Lamp Cup Radiator Lamp Base

QLB-3E27

QLB-10E27

QLB-5E27

QLB-15E27

QLB-3MR16

High Power LED Lamp Head 3W

High Power LED Bulb

10W

15W

￠50 x 71mm

Ra>70

￠80 x 200mm ￠70 x 99mm ￠80 x 200mm Pure White, Warm White (Red, Yellow, Green and Blue optional) Pure White: 5,000 – 7,000K, Warm White: 3,000 – 4, 000K Ra>70 Ra﹥70 Ra﹥70

30oC 190 lm

120° 500 lm 85-264VAC or 12VAC/DC

Acryl

E27, E26, E17, E14, E12, GU10

E27, E26

30oC 250 lm

Acryl Alloy Aluminum E27, E26

120° 750 lm

Acryl GU5.3

10W ￠50 x 45mm

Ra﹥70 30° 170 lm 12VAC/DC (85-264VAC, working with external adapter Acryl E27, E26

We are reliable and professional solar LED Lighting partner Tel：+40 - 21-3350162 3350162 Fax：+40 - 21-3350162 http://www.qsetenergy.com QSet Green ENERGY,12 th Constantin Istrati st,Bucharest, 4 th sector, zip code: 0404544, Romania © 2008 QSet ENERGY Company All Rights Reserved

Features: 1 . Energy-saving T8 1.2m LED tube, the power is 20w. But the traditional tube's power is 38w-45w. Therefore, comparing with the latter, the former saves energy above 60%. 2 . Low lighting dissipation/sink The light source is the low lighting dissipation and high-bright LED, which the dissipation is less than 30% during 10000hours, and less than 50% during 20000hours. 3. High-brightness Large size LED chip and the light transmittance efficiency can reach 92 Lm/w. 3. Environment protection. While working, no ultraviolet light and infrared light radiation. And never contain any hazardous substance, such as Mercury. 4. Long lifespan The LED lights lifespan can reach above 20000 hours, and according to 8 hours working per 1 day, it can be constantly used for more than 6-year. But the traditional can not exceed 6000 hours. 5. Eyes protection LED fluorescent tube, adopt constant current power supply, no flashing, no harm for eyes. Thetraditional can not. 6. Anti-vibration Anti-vibration, not easy to be broken

QLT 53 & QLT 50 Tube Length(mm) Power consumption (Watts) LED Qty (pc) Luminous flux (lm) Connection Mode Color Temperature Input Voltage

QLT53-3-300 300mm 3W 45pcs 225-315lm Four Foot

QLT53-6-600 QLT50-12-1200 QLT50-3-300 QLT50-6-600 QLT50-12-1200 600mm 1200mm 300mm 600mm 1200mm 6W 12W 3W 6W 12W 108pcs 60pcs 20pcs 40pcs 60pcs 540-756lm 1000-1200lm 300-360lm 600-720lm 1000-1200lm Four Foot Four Foot Four Foot Four Foot Four Foot Warm white:2200-3500K Pure white: 3500-5500K Cool white: 5500-7500K DC 12-48V AC85-264V

DIP ￠5 Hat LED

QLT81-9-600

Tube Length(mm) Power consumption (Watts) LED Qty (pc) Luminous flux (lm) Connection Mode Color Temperature Input Voltage

600 mm 9W 180pcs 850-900lm Four Foot 5

QLT81-9-

QLT83-18-1200

QLT83-20-1200

QLT86-362400

QLT81-9600M2

600 mm 9W 180pcs

2400 mm 36 W 675pcs

600 mm 9W 60pcs

850-900lm

1800-1850lm

3300-3350lm

1000-1050lm

Four Foot

QLT84-22-1500

QLT84-36-2400

1200 mm 1200 mm 1200 mm 1500 mm 2400 mm 15 W 18 W 20 W 22 W 36 W 315pcs 336pcs 360pcs 384pcs 675pc 1600-1650lm 1700-1750lm 1800-1850lm 1900-1950lm 3300-3350lm Four Foot Four Foot Four Foot Four Foot Four Foot Warm white:2200-3500K Pure white: 3500-5500K Cool white: 5500-7500K DC 12-48V AC85-264V 5

QLT83-18QLT84-221200M1 1500M1 SMD 3528 Chip 1200 mm 1500 mm 18 W 22 W 336pcs 384pcs

600M1

Tube Length(mm) Power cons. (Watts) LED Qty (pc) Luminous flux (lm) Connection Mode Color Temperature Input Voltage

QLT83-15-1200

1900-1950lm

QLT83-18QLT84-221200M2 1500M2 SMD 5050 Chip 1200 mm 1500 mm 18 W 22 W 112pcs 128pcs

QLT86-362400M1

1850-1900lm

3450-3500lm

2050-2100lm

Four Foot Four Foot Four Foot Four Foot Four Foot Four Foot Warm white:2200-3500K Pure white: 3500-5500K Cool white: 5500-7500K DC 12-48V AC85-264V

2400 mm 36 W 280pcs Four Foot

QLL-56

Input Voltage Frequency Range Power Factor(PF) Total Harmonic Distortion (THD) Power Efficiency Working Voltage LED Consumption LED Luminous Efficiency LED Initial Flux ED Maintain Flux Lamp’s Flux Lamp’s Efficiency (%) Junction Temperature(Tj) System Resistance (Rja) Working Temperature Working Humidity Working Life Light Body& Lampshade

QLL-112 QLL-168 85-264VAC 47~63Hz >0.9 <20% 85% 24VDC 56w 112W 168W ≥80lm/W ≥80lm/w ≥80lm/w 5,000lm 10,000lm 15,000lm 4,600lm 9,300lm 14,000lm 4,200lm 8,400lm 12,600lm >90% 60℃±10 % 0.56°C/W 0.28°C/W 0.19°C/W -30 ~ 50 10%~90% 50,000 Hrs Aluminum Alloy And PC

Features & Benefits Low Power Consumption -56W/112W/ 168W / 56 W Tunel High Brightness - Up to 8,400 Lumens, 8 TIMES than the traditional lamps Long Life - Up to 50,000 Hours, adopted the PWM constant current power, protect the LEDs efficiently Robust Design - Shock and vibration resistant Light Beam - Low heat generated/No UV, adopted the integrative lamp cup & radiator, scatter heat quickly Easy Installation – With the adjustable hoop, which can easy to install on any kind of lamp pole Save Money - Reduces labor and maintenance costs High Efficiency – Power Factory>90%, THD<9

Revolutionary Photometric Design-The world’s first dedicated optical system(rectangular beam focusing lens): Reasonable control of the light distribution, spot rectangular bean pattern , and ensure an ideal uniformity of brightness on the road surface, eliminate the glare and keep the LED lighting efficiency on a high level, no light pollution; Unique Integrated Lens and Lampshade Design: Array Lens play a protective and spot light role, avoid wasteful duplication of light and reduce the loss of light, also reduce the weight of the product and enable simplified structure, to keep the product ethereal; Creative Design of the Radiator and Lamp holder Integration: Fully protect LED life and heat dissipation requirements, satisfied with the structure and design of LED Lights fundamentally, which the most distinctive features of LED Lights; Unique Thermal slide-shell design, disassembled with simple and convenient combination: Slide lights with composite shells, the installation forms dynamic, simple and convenient combination lamps. Easy for dismantle and maintenance, save cost and the job has become very easy; With thin and slim appearance, reduced the wind force and weight, decreased the lamp pole load, enhanced the safety factor; Intelligent current control, achieve the precision constant current: Each LED module can implement intelligent current control, whatever power network how to wave, it is able to achieve the precision constant current, ensure the LED can work under the secure current; No Adverse Glare: Eliminate the glare caused by the adverse ordinary lights glare and visual fatigue sight interference, improve driving safety, reduce the incidence of traffic accidents, fully embodies the spirit of“People-oriented Technology”in this product; NO light Pollution: Light distribution controlled strictly and will not bring any light out of the request area; QSet LED, even the voltage fluctuation is ±20%, the brightness and lifetime will not be influenced at all;

Impact Resistance, Shock-proof, Without Ultraviolet (UV) and Infrared (IR) Radiation: No filament and glass frames, avoid break of the traditional lamp, without harm to the human body; Tremendous Energy Saving: Used the ultra high power, high brightness LED light source ,together with the high power efficiency power s upply, which can save energy 50%-80% than the conventional sodium and mercury lamps; Perfect Combination With solar Energy: Fully exert the advantage of the LED work under low voltage and environment work, according to the local solar energy resources, electricity and solar power can also be combined . To achieve the best cost performance and high reliability customers; High Luminous Efficiency: LED luminous efficiency of the existing condition is ≥801m/w, with the rapid increase LED brightness, lighting power will be further reducing, and saving energy efficiency will show obviously, when the luminous efficiency reach 150lm/w, the 400W high pressure sodium lamp will be Replace by the 80w LED Streetlight. And we believe the LED luminous efficiency will reach 300lm/w at last, then it will have a tremendous energy saving result.

Input Voltage Frequency Range

QLL-60 85-264VAC 47~63Hz

QLL-120 85-264VAC 47~63Hz

QLL-180 85-264VAC 47~63Hz

QLL-240 85-264VAC 47~63Hz

Power Factor(PF)

＞0.9

＜20%

85% 24VDC 60w ≥80lm/W 5,000lm (Tj=25℃) 4,600lm(Tj=60℃,Ta=25℃) 4,200lm(Tj=60℃,Ta=25℃)

85% 24VDC 120W ≥80lm/w 10,000lm (Tj=25℃) 9,300lm(Tj=60℃,Ta=25℃) 8,400lm(Tj=60℃,Ta=25℃

85% 24VDC 180W ≥80lm/w 15,000lm (Tj=25℃) 14,000lm(Tj=60℃,Ta=25℃) 12,600lm(Tj=60℃,Ta=25℃)

85% 24VDC 240W ≥80lm/w 20,000lm (Tj=25℃) 19,000lm(Tj=60℃,Ta=25℃) 16.200lm(Tj=60℃,Ta=25℃)

＞90% 60℃ ±10 %( Ta=25℃ 0.56°C/W -30 ~ 50℃ 10%~90% 10 ~85 50,000 Hrs Aluminum Alloy And PC

＞90% 60℃±10 %( Ta=25℃) 0.28°C/W -30 ~ 50℃ 10%~90% 10 ~85 50,000 Hrs Aluminum Alloy And PC

＞90% 60℃±10 %( Ta=25℃) 0.19°C/W -30 ~ 50℃ 10%~90% 10 ~85 50,000 Hrs Aluminum Alloy And PC

＞90% 60℃ ±10 %( Ta=25℃) 0.19°C/W -30 ~ 50℃ 10%~90% 10 ~85 50,000 Hrs Aluminum Alloy And PC

Total Harmonic Distortion ( THD) Power Efficiency Working Voltage LED Consumption LED Luminous Efficiency LED Initial Flux ED Maintain Flux Lamp’s Flux Lamp’s Efficiency (%) Junction Temperature(Tj) System Resistance (Rja) Working Temperature Working Humidity Storage Temperature Working Life Light Body& Lampshade

Tunel High Power LED Low Power Consumption -56W/112W/ 168W / 56 W Tunel High Brightness - Up to 8,400 Lumens, 8 TIMES than the traditional lamps Long Life - Up to 50,000 Hours, adopted the PWM constant current power, protect the L EDs efficiently Robust Design - Shock and vibration resistant Light Beam - Low heat generated/No UV, adopted the integrative lamp cup & radiator, scatter heat quickly Easy Installation – With the adjustable hoop, which can easy to install on any kind of lamp pole Save Money - Reduces labor and maintenance costs High Efficiency – Power Factory>90%, THD<9

Input Voltage Frequency Range

QLL-56P 85-264VAC 47~63Hz

Power Factor(PF)

＞0.9

＜20% 85% 24VDC 56w ≥80lm/W 5,000lm (Tj=25℃) 4,600lm(Tj=60℃,Ta=25℃) 4,200lm(Tj=60℃,Ta=25℃) ＞90% 60℃ ±10 %( Ta=25℃) 0.56°C/W -30 ~ 50℃ 10%~90% 10℃~85℃ 50,000 Hrs Aluminum Alloy And PC

Ultra Eficient LED street lighting system with solar panel and battery back up Provides suficient light throughout the night, even in low sunconditions Cost effective, standalone solution wherever street lighting is required

The QSet Solar Street Lighting System Kit is an integrated kit designed to provide a cost effective, standalone solution to all street lighting requirements. Using the most efficient LED lamps available mated to a solar panel and high quality battery, this product is not only an environmentally friendly option (requiring no power input) but can also be located anywhere regardless of local grid availability. Engineered by QSet to provide sufficient lighting whatever the weather conditions, Solar Street Lights Kit are also supplied with an electronic controller that automatically turns the unit on and off whenever necessary, and regulates the brightness of the lamp to ensure maximum efficiency. Like all QSet products, the Solar Street Lighting Kit System has also been designed with reliability and low maintenance in mind throughout the life of the product.

Type street light Application Lamp switching Autonomy (full charge)* Solar Panel Lamp wattage Rated lamp life (average) Controller type Protections Against Nominal working voltage DC Power Battery voltage Battery capacity Color

QLK20-50 Solar

QLK30-50 Solar

QLK-56QLKQLK6HQLKQLK150 56-180 32-65 36-100 32-65 Solar Solar Solar Solar Solar Areas with unreliable power supply Special controller > 4 Days > 4 Days > 3 Days > 4 Days > 3 Days > 3 Days > 4 Days > 3 Days overcast overcast overcast overcast overcast overcast overcast overcast 8h/night 12h/night 10h/night 8h/night 10h/night 6h/night 8h/night 6h/night 17.5V/50W 17.5V/50W 280 W, 150 W, 180 W, 65 W, 100 W, 65 W, 30 W LED 60W LED 84Wx3 LED 56W LED 56 W LED 36 W LED 36 W LED 32 W LED > 50000 Hrs > 50000 > 50000 > 50000 > 50000 > 50000 > 50000 > 50000 Hrs Hrs Hrs Hrs Hrs Hrs Hrs Intellective control micro-computer intelligent Microcontroller module reverse current, overcharging, deep discharging, reverse polarity and overload 12V DC 12V DC 24V DC 12V DC 12V DC 12V DC 12V DC 12V DC Sealed Lead Acid Batteries 12V 12V 14Ah X 2 18Ah X 2

QLK-84-3280 Solar

12V 80Ah X 2

GEL battery 12V 12 V 12V 12V 80Ah X 2 100 Ah X 2 65Ah 100Ah On costumer specification

12 V 65Ah X 2

QLK2x56 Solar

> 3 Days overcast 8h/night 180 W, 2 x 56 W LED > 50000 Hrs Microcontroller 12V DC 12 V 150Ah X 2

Solar Garden Lighting

Type street light Lamp switching Autonomy Power supply

Lamp wattage Lightening time Rated lamp life (average) Controller Charging current Nominal working voltage DC Power Battery voltage Battery capacity Colour Height of pole

QLP4H-2x9-20 solar

QLP3.5H-2x9-40 solar

20 W high-efficient mono crystalline 9W extra bright LED 4h/each day > 40000 Hrs

40 W high-efficient mono crystalline 9Wx2 extra bright LED 8-10h/each day > 40000 Hrs

12V, 24Ah 12V, 36Ah customer or application specific 4m

3.5 m

QLP3H-2x9-40 QLP4H-2x9-50 solar solar timer and /dusk to dawn control can last 3 overcast/rainy day 40 W 50 W high-efficient high-efficient mono mono crystalline crystalline 9 W x 2 extra 9Wx2 bright LED extra bright LED 6h/each day 10h/each day > 40000 Hrs > 40000 Hrs microcontroller 4A max 12V DC sealed Lead Acid Batteries 12V, 38Ah 12V, 50Ah aluminum or any RAL-Color 3m 4m

QLP3H-2x10-45 solar

QLP3.5H-2x10-35 solar

45 W highefficient mono crystalline

35 W high-efficient mono crystalline

10 W x 2 extra bright LED 8h/each day > 40000 Hrs

10 W x 2 extra bright LED 8-10h/each day > 40000 Hrs

12V, 50Ah

12V, 36Ah e

3.5 m

Solar Garden Lighting THE BENEFITS OF LED LIGHTING Instant start

Unlike sodium lights, LED lights do not require a time delay to reach optimum brightness levels.

No dust absorption or yellowing

Because LED operates at low voltage and low temperature there is no reduction in brightness or yellowing, which is associated with traditional street lighting, over the life span of the LED

No glare or strobe effect

LED light sources do not produce glare or strobe effects common in conventional street lighting, reducing visual fatigue for drivers and pedestrians alike.

High lumen output

LED offers up to eight times more brightness than incandescent lamps without emissions harmful to the environment.

Tremendous energy savings

High power LED light sources are extremely efficient returning a 50 to 80% saving over conventional sodium or mercury lamps.

Long life

Operating for an average of 10 hours per day LED has a life span of up to 13 years, 50,000 hours. Unlike traditional light bulbs LED is not fragile and susceptible to breakage or vandalism.

High color index

LED has an unique colour index providing bright, true colours during nighttime hours.

Revolutionary photometric design

Highly focused LED optical system provides a regular rectangular beam pattern with uniform brightness, reducing dark patches and light loss between light sources.

QLP3.5H-2x3-12 solar

Type street light Lamp switching Autonomy Power supply Lamp wattage Lightening time Rated lamp life (average) Controller Charging current Nominal working voltage DC Power Battery voltage Battery capacity Colour Height of pole

12 W high-efficient mono crystalline 3Wx2 extra bright LED 6h/each day > 40000 Hrs

3.5 m

QLP4H-2x3-12 solar

QLP3H-2x3-18 QLP3.5H-2x3-15 solar solar timer and /dusk to dawn control can last 3 overcast/rainy day 12 W 18 W 15 W high-efficient high-efficient high-efficient mono crystalline mono crystalline mono crystalline 3Wx2 3Wx2 3Wx2 extra bright LED extra bright LED extra bright LED 6h/each day 10h/each day 8h/each day > 40000 Hrs > 40000 Hrs > 40000 Hrs microcontroller 4A max 12V DC sealed Lead Acid Batteries 12V, 17Ah maintenance customer or application specific aluminum or any RAL-Color 4m 3m 3.5 m

QLP3H-2x5-35 solar

QLP3H-2x7-30 solar

35 W high-efficient mono crystalline 5Wx2 extra bright LED 12 h/each day > 40000 Hrs

30 W high-efficient mono crystalline 7Wx2 extra bright LED 8h/each day > 40000 Hrs

12V, 38Ah

Advantages

of cost effective LED lighting compared to conventional sodium lamps:

In case of a single LED breakdown all other LED modules continue to work Automatic on off function controlled by integral daylight light sensor Completely autonomous from external power supplies LED lamps are non toxic Over 10 year LED lamp life All components are light-weight Exceptional return on investment Cool white light without flickering Immediate lighting without pre-heating Safe 12 volt circuit without risk of electric shock Low installation costs without trenches and cables LED lamps retain luminosity for their full life span Long life PV modules with 20 year production capacity High efficiency PV modules offer reduced weight and space

Solar Garden Lighting

Type street light Lamp switching Autonomy Power supply Lamp wattage Lightening time Light coverage Rated lamp life (average) Controller Charging current Nominal working voltage DC Power Battery voltage Battery capacity Colour Height of pole

QLP5H-7-15 solar

QLP3.5H-10-12M1 solar

15 W high-efficient mono crystalline 7W extra bright LED 6h/each day

12 W high-efficient mono crystalline 10 W extra bright LED 8-10h/each day

> 40000 Hrs

12V, 17Ah

3.5 m

QLP3.5H-9-30M1 QLP3.5H-9-30M2 solar solar timer and /dusk to dawn control can last 3 overcast/rainy day 30 W 30 W high-efficient high-efficient mono crystalline mono crystalline 9W 9W extra bright LED extra bright LED 8-10h/each day 8-10h/each day standard or application specific > 40000 Hrs > 40000 Hrs microcontroller 4A max 12V DC sealed Lead Acid Batteries 12V, 36Ah customer or application specific aluminum or any RAL-Color 3.5 m 3.5 m

QLP3.5H-9-22 solar

QLP3H-2x9-35 solar

22 W high-efficient mono crystalline 9W extra bright LED 8-10h/each day

35 W high-efficient mono crystalline 9Wx2 extra bright LED 6h/each day

> 40000 Hrs

12V, 38Ah

3.5 m

QLP4.5H-2x20-65 QLP4H-10-18 QLP4H-15-50 solar solar solar timer and /dusk to dawn control can last 3 overcast/rainy day 65 W 18 W 50 W high-efficient high-efficient high-efficient mono crystalline mono crystalline mono crystalline 20 W x 2 10 W 15 W extra bright LED extra bright LED extra bright LED 8h/each 6h/each day 8h/each day day standard or application specific > 40000 Hrs > 40000 Hrs > 40000 Hrs microcontroller 4A max 12V DC sealed Lead Acid Batteries 12V, 65Ah 12V, 17Ah 12V, 50Ah customer or application specific aluminum or any RAL-Color 4.5 m 4m 4m

Using SOLAR ENERGY there are substantial reductions in CO2 emissions, LED offers up to eight times more brightness than incandescent lamps without emissions harmful to the environment.

Solar Street LED Lighting Glare, Color Temperature and Color Index for QSet Street Lamp and the conventional Street Lamp

Using SOLAR LED STREET LIGHTING you are reducing the release of SO2 and the release of CO2 as follows:

CO2

SO2

Annual

835.05 Kg

38.09 Kg

10 Years

8.35 To

0.38 To

Each QSet LED streetlight can save 5000 Euro in 10 years Each QSet LED streetlight can save power of 47,608 KWh in 10 Years Each QSet LED streetlight can save 18 tons of coal.

Ten Reasons to Consider SOLAR STREET LED LIGHT Systems, more efficient than conventional: Fine tune lighting levels Retroffit to fill in “dark spots” High interconnection costs Reduce maintenance costs Aging wiring in need of replacement Emergency preparedness (e.g. police station) Minimize disruption in high traffic or retail areas Lighting requirements that are not close to grid connections High trenching costs (e.g. ledge, existing pavement, and contaminated soil) Demonstrate your commitment to sustainability to your customers and community

QLS6H-36-100 QLS10H-84-3-280 QLS4H-30-150 QLS6H-60-320 Solar Solar Solar Solar Areas with unreliable power supply Special controller > 3 Days overcast > 4 Days overcast > 4 Days overcast > 4 Days overcast > 4 Days overcast 10h/night 10h/night 12h/night 8h/night 10h/night 280 W, 180 W, 75W*2 80W*4, 100 W, monocristalin mono crystalline mono crystalline mono crystalline monocristalin 112 W LED 30 W LED 60W LED 36W LED 84-3W LED > 50000 Hrs > 50000 Hrs > 50000 Hrs > 50000 Hrs > 50000 Hrs Microcontroller Microcontroller Microcontroller Microcontroller Microcontroller module reverse current, overcharging, deep discharging, reverse polarity and overload 24V DC 12V DC 12V DC 12V DC 24V DC Sealed Lead Acid Batteries GEL battery GEL battery 24V 12V 12V 12V 24V 150Ah X 2 100Ah X 2 220Ah X 2 100Ah 150Ah X 2 On costumer specification

QLS10H-2x56-180 Solar

Pole dimensions 10m 4.0m 6.0/8.0m Autonomy is rated at maximum load batteries (intense sunlight). Rainy or snowing day, solar radiation is not as strong as in the days with intense sunlight.

10.0m

Solar Street LED Lighting The LED contribution on energy saving and environment protection streetlight’s 1. Comparing the Qset LED street light with the conventional street lights. Each QSet –LED saves 500 Euro in expense annually, and we’ll save 5000 Euro in 10 years. 2. QSet-LED saves above 80%, plays an important role in the trend of “reduce 4% power” which is advocated currently, that is power to which we take advantage to establish an abstemious society and to create circular economy. 3. Based on the coal consumption in Electrical Factory factory are 396g/KWH as a standard, Qset-LED streetlight: Each light will save 396g*4,760.80 KWh/1000=1,885.29 kg Each Qset LED street light will save 18.85 tons 4. Environmental Protection Benefits Based on the coal discharge 175.4 CO2/KWh and 8g SO2/1000= 1,885.29 kg in Electrical Factory. 1. OUTLOOK OF SOLAR STREET LIGHT LR-S009

QLS8H-56-180 QLS8H-56-150 Type street light Solar Solar Application Areas with unreliable power supply Lamp switching Special controller Special controller Autonomy (full charge)* > 4 Days overcast > 4 Days overcast 10h/night 8h/night Solar Panel 180 W, monocristalin 150W, monocristalin Lamp wattage 56W LED 56 W Rated lamp life (average) > 50000 Hrs > 50000 Hrs Controller type Microcontroller Microcontroller Protections Against module reverse current, overcharging, deep discharging, reverse polarity and overload Nominal working voltage 24V DC 24V DC DC Power GEL battery GEL battery Battery voltage 24V 24V Battery capacity 100Ah x 2 80Ah X 2 Color On costumer specification Pole dimensions 6 m height above ground 8.0m height above ground Autonomy is rated at maximum load batteries (intense sunlight). Rainy or snowing day, solar radiation is not as strong as in the days with intense sunlight

80 MM

1.5 M

350 MM 250 MM 9M

350 MM

120 MM

218 MM 15 MM

GROUND

Hybrid Street LED Lighting Our new QSet Hybrid Light, wind/solar hybrid light unit is an ideal solution that is self ustainable and saves electrical power, with a good return on investment for many cities. It is designed and tested using advance computer-aided techniques, its rotor blades are aerodynamically engineered to give maximum energy coeficient and the turbine a low cut-in speed. QLSH10H-84-300 QLSH12H-112-500 QLSH8H-42-200 QSet Hybrid Light housing is made with light but Type street light Solar & Wind Solar & Wind Solar & Wind robust alloy and steel. Application Areas with unreliable power supply Installation is simple. Lamp switching Special controller Special controller Special controller QSet Hybrid Light is reliable even in extreme Wind Generator 300W 500W 200 W environments. Autonomy (full charge)* > 3 Days overcast > 4 Days overcast > 4 Days overcast QSet Hybrid Light comes in three sizes to best 8h/night 8h/night 12h/night fitt your needs. Lighting 300W Solar Panel 100 W, monocristalin 140W monocristalin 17.5V/50W monocristalin Lamp wattage 84 W LED 112W LED 60W LED Rated lamp life (average) > 50000 Hrs > 50000 Hrs > 50000 Hrs Controller type 24V/20A 24V/20A 24V/20A Protections Against module reverse current, overcharging, deep discharging, reverse polarity and overload Nominal working voltage 12V DC 12V DC 12V DC DC Power GEL battery Sealed Lead Acid Sealed Lead Acid Batteries Batteries Battery 12 V - 150Ah X 2 12V - 150Ah X 2 12V - 150Ah X 2 Color On costumer specification Pole Lenght 10 m 12m 8m Autonomy is rated at maximum load batteries (intense sunlight). Rainy or snowing day, solar radiation is not as strong as in the days with intense sunlight.

Advantage of heat pump water heater QSet water heat pump is a new generation heat pump product developed with the most advanced heating technologies. The heat pump utilized the energy from surrounding air and converts it to the domestic hot water supply. The whole range of this heat pump is strictly tested with our European partners to make sure the best quality for European market. Here are the advantages of choosing a solar heat pump system over standard options: •Emissions - By using solar energy for water heating as opposed to oil or coal, a solar heat pump greatly reduces CO2 emissions. •Low running costs - These systems have very low running costs and few maintenance costs. •Installation - It is easy to install. For climates with moderate heating and cooling needs, heat pumps offer an energy-efficient alternative to furnaces and air conditioners. Like a refrigerator, a heat pump uses electricity to move heat from a cool space into a warm one, making the cool space cooler and the warm space warmer. During the heating season, heat pumps move heat from the cool outdoors into your warm house; during the cooling season, heat pumps move heat from your cool house into the warm outdoors. Because they move heat rather than generate heat, heat pumps can provide up to 4 times the amount of energy they consume. The most common type of heat pump is the air-source heat pump, which transfers heat between the interior of a building and the outside air. If you heat with electricity, a heat pump can trim the amount of electricity you use for heating by as much as 30–40%. High-efficiency heat pumps also dehumidify better than standard central air conditioners, resulting in less energy usage and more cooling comfort in summer months. However, the efficiency of most air-source heat pumps as a heat source drops dramatically at low temperatures, generally making them unsuitable for cold climates, although there are systems that can overcome that problem. One such system is the dual-fuel heat pump.

QHP-ALL135-150 Rated temperature of output water (℃) Max temperature of output water (℃) Heating capacity (KW) Water yield (L/H) Rated power in (KW) Max power (KW) Noise (dB) Unit dimension DXH(mm) Water tank cubage (L) Weight (KG) Rated water pressure (Mpa) Size of the pipe(Inch) Drain (mm) Power (V/Ph/Hz) Rated current in (A) Max current in (A) Temperature (℃) Auto-defrost Microcomputer control Compressor

55 60 3.5 90 0.87 1.4 47 550X550X2085 150 72 0.4-1 1/2 19 230/1/50 3.9 6 -15-40

Refrigerant

OPTION A: - Installation in the heating room. - Hot water heating from room air. - Optional use: Cooling of the food storage or wine cellar; cooling of the room for your choice.

QHP-ALL153-200

QHP-ALL170-260

5.3 120 1.1 1.9 48 565X565X1795 200 85

7 190 1.72 2.8 50 565X565X2120 260 98

0.4-1

1/2 19 230/1/50 4.72 7 -15-40

1/2 19 230/1/50 7.4 13 -15-40 Yes Yes DAIKIN Rotary R410a

QHP-ALL225-150

QHP-ALL225-200

QHP-ALL235-300

2.6 70 0.80 1.7 46 Φ570X1660 200 82

3.4 100 1.06 2.1 48 Φ570X2120 300 98

0.4-1

150 1/2 230/1/50 3.9 6 5-40

150 1/2 230/1/50 5 9.4 5-40

65 2.6 70 0.80 1.2 46 Φ570X1602 150 70 0.4-1 150 1/2 230/1/50 3.9 6 5-40

OPTION C: - Installation in the same room as heating heat pump. - Heat recovery from return air; sanitary hot water production. - Optional use: removal of use, humid, charged air from bath, toilet, kitchen; fresh ambient air enter home by slots.

OPTION B: - Installation in the laundry washing room. - Hot water heating from room air. - Dehumidification - Optional use: laundry-driving, decalcified water for steam-iron.

We are reliable and professional Heating partner Tel：+40 - 21-3350162 3350162 Fax：+40 - 21-3350162 http://www.qsetenergy.com QSet Green ENERGY,12 th Constantin Istrati st,Bucharest, 4 th sector, zip code: 0404544, Romania © 2008 QSet ENERGY Company All Rights Reserved

AIR SOURCE HEAT PUMP (Swimming poll heater) With engineering plastic shell 4 5 The engineering plastic shell has super capability of anti-corrosive and anti-aging to keep the 3 unit durable with fresh look. Use the titanium heat exchanger Titanium pipe has super capability of anti-corrosive to keep the heat exchanger durable with good performance in diversified water quality. It is the guarantee of swimming pool heat pump. Fine and slim figure Each component of the unit has special and compact design, enable the unit volume minimum and figure fine and slim. 2 It has the smallest figure at the present market. 6 1 7 High technology heat exchanger Due to brand and heat exchanger, it runs more efficiently. Safely running with multi protection There are multi protections to protect running in bad circumstances, such as water temperature, compressor exhaust pressure, compressor temperature, evaporator temperature and so on

QHP-P3.5 Air discharge Heating capacity (kW) Cooling capacity (kW) Rated power in (kW) COP EER Noise (dB) Power supply (V/Ph/Hz) Rated current in (A) Max current in (A) Temperature (℃) Compressor (Brand) Compressor (Type) Refrigerant (Type) Fan quantity Min water flow (L/min) Water connect (Inch) Heat exchanger Flow switch Pressure protect Display Auto-defrost Microcomputer control Wire control Base horizon adjustable feet Packing dimension L-WH(mm) Unit dimension L-W-H(mm) Net/shipping weight (Kg)

QHP-P4.3

QHP-P7.5

QHP-P9.7

3.5 2.7 0.81 4.3 3.4 47 220/1/50 4 7 5-40 DAIKIN Rotary R410A 1 25 2

4.3 3.8 1.05 4.1 3.3 48 220/1/50 4.8 7.8 5-40 DAIKIN Rotary R410A 1 40 2

7.5 6.4 1.7 4.4 3.6 49 220/1/50 7.9 12 5-40 DAIKIN Rotary R410A 1 60 2

Yes

LED Yes Yes Option Option

Horizontal 9.7 8.4 2.3 4.2 3.6 50 220/1/50 10.8 16.2 5-40 DAIKIN Rotary R410A 1 60 2 Titanium PVC Yes HP and LP LED Yes Yes Option Option

999/380/560 1100/420/610 48/51

999/380/560 1100/420/610 52/55

999/380/560 1100/420/610 59/62

1145/435/645 1045/380/610 65/68

1 2 3 4 5 6

Front panel in lacquered thermo sheet

7 8

Wire pass with stuffing box

Fan protection grid (blowing side) Lacquered thermo sheet cover Control panel with folding shutter Pressure Fast connectings 1”1/2 water of swimming pool (with watertightness gasket); input water at bottom

Gilled radiator (evaporator)

QHP-P20

QHP-P12.3

QHP-P15.2

20 16 4.8 4.1 3.3 55 380/3/50 7.3 10 5-40 SANYO Scroll R410A 2 130 2

12.3 10.8 3.1 4 3.3 52 220/1/50 14.2 20 5-40 DAIKIN Rotary R410A 1 90 2

15.2 12.7 3.8 4.2 3.3 55 220/1/50 17.8 25 5-40 DAIKIN Rotary R410A 1 110 2

Yes

LED Yes Yes Option Option

1265/470/1195 1165/425/1145 110/121

1145/420/760 1045/380/710 72/78

1265/470/790 1165/425/740 87/95

Heat Pump Water Heater - Split Type Rated temperature of output water(℃) Max temperature of output water (℃) Heating capacity (KW) Water product L/H (25℃ to 55℃) Rated power in (KW) Max power (KW) Noise (dB) Mainframe unit dimension (mm) Weight (kg) Refrigerant liquid pipe (inch) Refrigerant gas pipe (inch) Tank unit dimension (DXHmm) Water tank volume (L) Weight (kg) Rated water pressure (Mpa) Size of the pipe (Inch) Drain (mm) Power (V/Ph/Hz) Rated current in (A) Max current in (A) Temperature (℃) Auto-defrost Microcomputer control Fan quantity Compressor (Brand) Compressor (Type) Refrigerant (Type)

QHP-SP3.5-150

QHP-SP5.3-200

QHP-SP7-260

QHP-SP9-260

QHP-SP12-320

QHP-SP12-400

QHP-SP15-500

QHP-SP20-700

3.5

5.3

110

152

205

260

350

430

580

0.87 1.4 47

1.1 1.9 48

1.72 2.8 49

2.2 3.2 51

2.8 3.4 55

3.6 4.3 54

5.1 6.3 56

820X540X270

870X600X320

890X700X350

860X870X325

1260X970X347

40/38 1/4 1/2

47/45 1/4 1/2

55/52 1/4 1/2

58/55 1/4 1/2

68/62 3/8 5/8

89/82 3/8 5/8

120/107 1/2 3/4

Φ470X1440

Φ555X1255

Φ555X1588

Φ555X1820

Φ700X1487

Φ700X1845

Φ700X2207

150 40/35 0.4-0.75 1/2 19 230/1/50 3.9 6 -55 Yes Yes 1 Daikin Rotary R407c

200 55/47 0.4-0.75 1/2 19 230/1/50 4.72 7 -55 Yes Yes 1 Daikin Rotary R407c

260 58/52 0.4-0.75 1/2 19 230/1/50 7.4 12 -55 Yes Yes 1 Daikin Rotary R407c

260 58/52 0.4-0.75 1/2 19 230/1/50 9.5 14 -55 Yes Yes 1 Daikin Rotary R407c

320 74/65 0.4-0.75 1/2 19 230/1/50 12 15.5 -55 Yes Yes 1 Daikin Rotary R407c

400 100/90 0.4-0.75 1/2 19 230/1/50 12 15.5 -55 Yes Yes 1 Daikin Rotary R407c

500 118/108 0.4-0.75 1/2 19 230/1/50 15.6 18 -55 Yes Yes 1 Sanyo/Daikin Rotary R407c

700 137/128 0.4-0.75 1/2 19 380/3/50 6.8 9 -55 Yes Yes 2 Sanyo/Daikin Scroll R407c

When buying a heat pump system, you should be alert regarding the price. The best buy is not always the cheapest quotation. For instance, if the output of a cheap heat pump is insufficient to heat your house, then the savings made in the purchase price can be swallowed up by higher heating bills. The energy costs of a heat pump may be lower than those of other heating systems, particularly electric or oil-fired heating. However the relative savings will depend on whether you are currently using electricity, oil, propane or natural gas, and on the relative costs of these different energy sources in your area. By running a heat pump, you will use less gas or oil, but more electricity. If you live in an area in which electricity is expensive, your operational costs may be higher. Depending on these factors, the payback period on the initial investment in an air-source heat pump rather than in a central air conditioner could be anywhere from two to seven years. Life expectancy Air-source heat pumps have a service life of between 15 and 20 years. The compressor is the critical component of the system. Most heat pumps are covered by a one-year warranty on parts and labour, but warranties do vary between manufacturer

Solar water heater pressure system Collector peak efficiency is only achieved when ambient temperature and water temperatures are the same. During normal use, this is only likely to happen for a short period of time each day, and usually only when ambient temperatures are high (summer). Therefore during normal use, the solar collector can’t always perform at such a high level of efficiency. This is true for all evacuated tube and flat plate collectors, not only QSet collectors. In order to provide more realistic figures, the above calculations are based on "normal" operating conditions under which the difference between ambient temp and manifold water temp is around 30-40oC. In order to calculate energy output you must input the following variables: Insulation Level - Before you calculate your energy output, you must know your solar insulation level.This are available from the insulation page. Take note of your max and min levels throughout the year as well as the annual average value. When assessing potential energy savings, input annual average insulation, and take note of the "per year" energy output value. Energy must be input in the unit kWh/m2/day. 1 kWh/m2/day = 317.1 Btu/ft2/day This product is also called "Pre-heat and Collector Size - You must enter the collector size in absorber surface area. pressurized solar water heater", is a new The absorber surface area of the various tubes sizes are as follows: product of QSet .It combines the advantages - 58/1800 = 0.08m2 per tube. Therefore an QSet AP 20 tube = 1.6m2 absorber area of Non-pressure solar water heater and - 58/1500 = 0.067m2 per tube Separated pressurized solar water heater Energy Cost - Enter cost per kWh in your local currency together. (may need to convert from m3 or Therm) This product improves the problems of 1 therm = 29.3kWh = 100,000Btu = 105.5MJ traditional solar water heater as limited hot Natural Gas is 39MJ/m3 = 10.83 kWh/m3 water volume, long heat time, few out LPG Propane (liquid) = 25.3MJ/L = 7kWh/L water, the worse water quality. The twice LPG Propane (gas) = 93.3MJ/m3 = 25.9kWh/m3 heat exchange technology makes the high temperature, high efficiency and fast hot QHW-PS-210 QHW-PS-300 QHW-PS-240 water circulation come true. The vacuum tube collector absorbs heat energy to heat Capacity of water 210 liters PVDF coating 300 liters the water in the storage tank, when Shell Material PVDF coating sus 304 2B PVDF coating opening the valve, cold water flow through Material of inner tank sus 304 2B 0.4mm sus 304 2B the inlet and then to the cooper coil, the Thickness of inner tank 0.4mm foam 0.4mm hot water in the water tank do heat Material of thermal insulation foam 50mm foam exchange via cooper coil with the cold Thickness of thermal insulation 50mm 1/2, 3/4, stainless steel 50mm water, when cold water flow through the Joint of water tank 1/2, 3/4, stainless steel 6 bar 1/2, 3/4, stainless steel copper coil, its temperature rise gradually, Working pressure 6 bar aluminium 6 bar finally the outlet water is hot water. The Material of absorber aluminium PU aluminium copper coil can bear the pressure from the Insulation material PU aluminium PU running water. Material of bracket aluminium PVDF coating aluminium Solar Collector tube (l) 1800mm 1800mm 1800mm Advantages: Highly efficient absorber of high performance Solar Collector tube (d) 58mm 58mm 58mm with daily average efficiency over 50%; External diameter of water tank 460mm 460mm 460mm Start up quickly, heat pipe transfer the heat Length of water tank 2510mm 2060mm 2510mm energy into the storage tank in one direction. Length of inner tank 2410mm 1960mm 2410mm External diameter of inner tank 360mm 360mm 360mm Dimension of panel 2230x2230mm 2060x2230mm 2230x2230mm Length 2510mm 2060mm 2510mm Height 1650mm 1650mm 1650mm Width 1550mm 1550mm 1550mm Weight 150kg 120kg 150kg Withstand pressure of 6 Bar, can be connected directly with city water. No water inside the evacuated tubes; the solar water• heater can still in service even with several tubes breakage; Highly efficient insulation with polyurethane foam; Simple structure, easy to assembly and install, diffuse flat plate reflector can be assembled easily with its module structure; Can be used all year round in the cold climate; Can be used together with Auxiliary electric boost;

Solar water heater un-pressure system All glass vacuum tube non pressure solar water heaters rely on the natural circulation of water between glass tubes and the tank. As water in the vacuum tubes is heated and rises naturally into the tank, while cold water in the tank flows down to the bottom of the vacuum tubes, causing circulation throughout the system. The advantage of solar tubes is that they insulate the inner tube form heat loss. This means once heat is absorbed, it is transferred to the water in the tube, and not lost to the out environment. QHWQHWQHWQHWBecause the water is in direct contact with the inner glass NP-280 NP-240 NP-200 NP-150 tube the heat transfers very well. The performance of the tube Capacity of water 280 liters 240 liters 200 liters 150 liters itself can reach 80%, but because of the heat losses of the Shell Material steel with PVDF coating tank, the total system efficiency is around 70-75% (depends Material of inner tank sus 304 2B sus 304 2B sus 304 2B sus 304 2B on ambient temperatures) Thickness of inner tank 0.4 mm 0.4 mm 0.4 mm 0.4 mm Material of insulation foam foam foam foam Thickness of insulation 50mm 50mm 50mm 50mm Joint of water tank stainless steel Working pressure 0 bar 0 bar 0 bar 0 bar Material of absorber aluminium Insulation material PU PU PU PU Internal diameter of water tank 343mm 343mm 343mm 310mm External diameter of water tank 440mm 440mm 440mm 410mm Tube distance 80mm 80mm 80mm 70mm Number of tube 28 tubes 24 tubes 20 tubes 20 tubes Size 3.81m2 2.72m2 2.72m2 2.10m2 Solar collector tube (l) 1800mm 1800mm 1800mm 1500mm Solar Collector tube (d) 58mm 58mm 58mm 47mm Bracket Galvanized steel E

QHWNP-120 120 liters sus 304 2B 0.4 mm foam 50mm 0 bar PU 310mm 410mm 70mm 16 tubes 1.68m2 1500mm 47mm

Solar water heater split system

Working principle： This split solar water heating system has solar collectors on roof and water tanks inside the house, and transfers heat energy collected by the collectors into the tank by natural or forced circulation of the working fluid between collector and the tank. Capacity of water Shell Material Material of inner tank Thickness of inner tank Material of insulation Thickness of insulation Joint of water tank Working pressure Material of absorber Insulation material Length of water tank External diameter of water tank Tube distance Number of tube Size Solar collector tube (l) Solar collector tube (d) Bracket

QHW-SP-150 150 liters stainless steel sus 304 2B 1.2mm foam 50mm stainless steel 6 bar aluminium PU 1600mm 550mm 80mm 28 tubes 3.81m2 1800mm 58mm GSUS430

QHW-SP-240 240 liters stainless steel sus 304 2B 1.2mm foam 50mm stainless steel 6 bar aluminium PU 1310mm 600mm 80mm 24 tubes 3.26m2 1800mm 58mm GSUS430

QHW-SP-300 300 liters stainless steel sus 304 2B 1.2mm foam 50mm stainless steel 6 bar aluminium PU 1600mm 700mm 80mm 30 tubes 4.08m2 1800mm 58mm GSUS430

QHW-SP-400 400 liters stainless steel sus 304 2B 1.2mm foam 50mm stainless steel 6 bar aluminium PU 1600mm 700mm 80mm 40 tubes 5.44m2 1800mm 58mm GSUS430

Function: 1. Constant temperature circulation: adopt the auto. circulation system to realize constant temperature of the water inside the solar system; Ex-factory default is to ensure the constant temperature of water inside the system and pipelines. 2. Overheat protection: It includes protection of solar collector and electric booster. The former will be operated by the controller automatically to ensure the safety of the solar collector and the solar heat storage system; the later will be controlled by the temperature sensor automatically, to make sure the booster work in a safe condition. Take manual operation to resume to the working condition. 3. Pressure limitation: It functions by automatically sensing the pressure and temperature of the parts, so as to ensure the normal operation of the system. 4. Anti-freezing: It is realized through the circulation of the working fluid to make sure the safety of the operation at the limited temperature.

We are reliable and professional Solar Heating partner Tel：+40 - 21-3350162 3350162 Fax：+40 - 21-3350162 http://www.qsetenergy.com QSet Green ENERGY,12 th Constantin Istrati st,Bucharest, 4 th sector, zip code: 0404544, Romania © 2008 QSet ENERGY Company All Rights Reserved

Solar traffic lights Solar Traffic Signs LED technology for road safety Solar traffic signs are truly ideal for advanced hazard warning systems and many other traffic management applications. They are bright, easy to read, and are conserving energy in an eco-friendly manner by using the power of the sun rather than sources of electricity.

Solar traffic signs can undertake a vital function in a modern, advanced traffic management system. These signs are strongly illuminated and therefore easy to read, making them much more suitable for their purpose of ensuring the attention of road users. In addition, of course, they have the considerable benefit of helping to conserve energy because of their environmentally conscious solar technology. In the interest of saving energy and making easy to use attention grabbing road signs, many engineers and road traffic management experts are working on developing solar powered systems, and one of those systems involves traffic signs.

Solar panel power Accumulator LED service life LED color Visibility distance Flash frequency working without solar charging Background Functioning

QTI-001 compulsory left

QTI-002 rounding

QTI-003 roundabout

6W 9V

6V/7A X 2pcs 100,000h amber/red 500m 24±2/min

QTI-004 pedestrian crossing 6W 9V 6V/7A X 2pcs 100,000h amber/red 500m 24±2/min

QTI-005 pedestrian crossing 6W 9V 6V/7A X 2pcs 100,000h amber/red 500m 24±2/min

QTI-006 attention to children 6W 9V 6V/7A X 2pcs 100,000h amber/red 500m 24±2/min

over 240h

With Reflective film Can work with Solar energy or 220V

We are reliable and professional solar LTraffic Safety Signals partner Tel：+40 - 21-3350162 3350162 Fax：+40 - 21-3350162 http://www.qsetenergy.com QSet Green ENERGY,12 th Constantin Istrati st,Bucharest, 4 th sector, zip code: 0404544, Romania © 2008 QSet ENERGY Company All Rights Reserved

Solar traffic lights Solar Traffic Signs advanced warning systems

While we are discovering that our fossil fuel reserve is depleting rapidly, we are being forced to look at alternative forms of energy, and solar power has proven to be an extremely useful technology throughout the process. Solar energy can be used for a wide variety of different traffic management systems, solar street lights, solar road studs and solar traffic lights are the most common. Solar traffic signs are meant to run for a few days, or even weeks or months. School safety areas, working zones, crossings, road closure, traffic diversion and lane closure are just few examples. There is a long list of benefits that comes from using solar road signs to manage traffic on city roads and the highway. In addition to their ease of installation and use, solar road signs can operate day and night. They will flash to draw attention of drivers and pedestrians and warn them about any danger ahead. The best thing about solar lights is that there is no electricity and no cables to run and they can operate for weeks even on overcast days.Solar traffic signs are self-sufficient, and need very little maintenance throughout their life. They are small and can be easily transported, which makes it simple to deploy one on short notice, and to deal with unexpected traffic issues. Despite being small and portable, They are capable of withstanding a lot of different weather conditions, including strong winds. Solar lights have the capability to store energy in a battery. When the sun is up, the solar panel located on the top of the road sign charges the batteries through a solar charger. Rechargeable batteries can last for as long as two full years before requiring replacement. Solar traffic signs are self-sufficient, and need very little maintenance throughout their life. They are small and can be easily transported, which makes it simple to deploy one on short notice, and to deal with unexpected traffic issues. Despite being small and portable, They are capable of withstanding a lot of different weather conditions, including strong winds. Solar lights have the capability to store energy in a battery. When the sun is up, the solar panel located on the top of the road sign charges the batteries through a solar charger. Rechargeable batteries can last for as long as two full years before requiring replacement. Solar road signs operate using LED (Light Emitting Diode) technology, which can ensure excellent visibility no matter what condition the weather is in. Extra bright LEDs are very long lasting and consume very little energy, therefore they are perfect for solar lighting applications. Solar traffic signs can be fully programmable, and can be setup to display different messages or graphics throughout the day. Lighting can be controlled by a timer or by a hand held remote control on more sophisticated products. So, why solar traffic signs Well, the first of a whole host of benefits to be gained from using solar signs is that they are absolutely simple to install at any location. With no cables to run or generators to transport, solar signs can be quickly, easily transported to the place you want the sign and then erected within minutes. This means that unexpected traffic problems which necessitate some kind of warning or advice sign for road users can be up and running very quickly – often needing only one person to undertake the installation.

Solar panel power Accumulator LED service life LED color Visibility distance Flash frequency working without solar charging

QTI-007 road narrows 6W 9V

QTI-008 road narrows 6W 9V

QTI-009 curve to the left 6W 9V

6V/7A X 2pcs 100,000h amber/red 500m 24±2/min

QTI-010 no thoroughfare 6W 9V 6V/7A X 2pcs 100,000h amber/red 500m 24±2/min

QTI-011 stop 6W 9V

QTI-012 Speed limit 6W 9V

6V/7A X 2pcs 100,000h amber/red 500m 24±2/min

6V/7A X 2pcs 100,000h amber/red 500m 24±2/min over 240h

over 240h

Background

With Reflective film

Functioning

Can work with Solar energy or 220V

With Reflective film Can work with Solar energy or 220V

We are reliable and professional solar Traffic Safety Signals partner Tel：+40 - 21-3350162 3350162 Fax：+40 - 21-3350162 http://www.qsetenergy.com QSet Green ENERGY,12 th Constantin Istrati st,Bucharest, 4 th sector, zip code: 0404544, Romania © 2008 QSet ENERGY Company All Rights Reserved

Solar traffic lights Solar traffic marks - Solar road studs Solar Road Studs, new roadways technology Solar road studs are the consummation of years of cross networking by researchers, officials, and designers. SRS (Solar Road Studs), as they have came to be called, utilize the solar rays absorbed in the daylight hours, via exterior solar cells, to convert a mere two or three hours worth of sunlight into a staggering eight to ten days worth of illumination capability when fully charged. Unlike reflective road studs, there is no need for the presence of headlights to activate the SRS, as they consistently stay lit up or flash, regardless of exterior lighting sources. On some models, a photo cell activates the light at sunset or in foggy weather. Solar road studs and pavement markers illuminate the roadway up to a mile ahead. That is ten times the normal distance a driver can generally see at night. QTM-001 -- 4 LED Size

135*130*27

Solar panel power Battery LED color

3v,75mA

4 super luminosity LED

Light source Visibility distance Flash frequency (If case) FEATURES Working without solar charging

QTM-002 -- 4 LED 140*130*28

QTM-003 -- 2 LED 102*102*20

QTM-004 -- 2 LED 120*110*20

3v,75mA 3v,75mA 3v,75mA Ni-MH (1200mAH) / Super Capacitor (120F) red, green, blue, white, yellow (for any choice) 4 super 2 super 2 super luminosity LED uminosity LED luminosity LED 800M Flash /Constant Type Luminous intensity≥8000 MCD

QTM-005 -- 4 LED

119*115*22 3v,75mA

4 super luminosity LED

108 hours above for Flash Type; and more than 24 hours for constant type(standard luminosity intensity)

Like solar street lights, solar traffic signs and solar traffic lights, solar powered road studs are mainly used for road safety, traffic guidance and to mark traffic hazards. The extra bright flashing LEDs are extremely efficient at warning earlier than usual reflective road studs. Such advanced traffic management and road safety system gives drivers enough time to react adequately in case of emergency. Completely self-contained and requiring no maintenance, solar powered road studs are designed to handle extremely high compression. The use of aluminum, polycarbonate and reinforced glass makes them almost indestructible. A life span of more than 5 years is realistic on good SRS models.

Size Solar panel power

QTM-006 – 4/ 6 LED 108*101*22.5 3v,75mA

Battery LED color 4 super luminosity LED

Light source Visibility distance Flash frequency (If case) FEATURES Working without solar charging

QTM-007 -- 4 LED QTM-008 -- 4 LED QTM-009 -- 4 LED 125*100*20 115*84*20 115*84*20 3v,75mA 3v,75mA 3v,75mA Ni-MH (1200mAH) / Super Capacitor (120F) red, green, blue, white, yellow (for any choice) 4 super 4 super 4 super uminosity LED luminosity LED luminosity LED 800M Flash /Constant Type Luminous intensity≥8000 MCD

QTM-010 -- 4 LED 132*122*20 3v,75mA

4 super luminosity LED

108 hours above for Flash Type; and more than 24 hours for constant type(standard luminosity intensity)

Solar traffic lights Solar traffic marks - Solar road studs Lighting is obtained by extra bright LEDs (Light Emitting Diodes). High intensity LEDs are powered by NiMh rechargeable batteries or by super capacitors on more recent products. Super capacitors are not toxic. They have an impulse power ten times superior to rechargeable batteries and are capable of very high energy storage. Solar road studs using super capacitors can have a life span of more than 15 years. The cause of each individual accident spans a wide spectrum, but many have been traced to poor visibility (i.e. fog, intense rain), sharp curves, and unclear road perimeters. Further research revealed that 55 percent of these accidents occurred after sunset. Armed with this knowledge, officials began to do a further study into the incidents of post-sunset traffic incidents. As it turns out, ninety percent of a driver’s reaction is entirely dependent upon what they can clearly see. Extensive testing has revealed that the benefits of solar road studs include, but are not limited to, a greater reduction in accidents, better driver visibility rates, and awareness of sudden turns or dips in the roadway allowing the driver time to adjust speed as opposed to sudden unexpected braking or high-speed turns.

Size Solar panel power

QTM-011 -- 6 LED 110*80*25 3v,75mA

Battery LED color Light source Visibility distance Flash frequency (If case) FEATURES Working without solar charging

Size Solar panel power Battery LED color Light source Visibility distance Flash frequency (If case) FEATURES Working without solar charging

4 super luminosity LED

QTM-012 -- 6 LED QTM-013 -- 4 LED QTM-014 -- 6 LED 132*122*20 110*88*32 110*110*18 3v,75mA 3v,75mA 3v,75mA Ni-MH (1200mAH) / Super Capacitor (120F)

QTM-015 -- 6 LED ∮115*24.5 3v,75mA

red, green, blue, white, yellow (for any choice) 6 super 4 super 6 super luminosity LED luminosity LED luminosity LED 800M

6 super luminosity LED

Flash /Constant Type Luminous intensity≥8000 MCD 108 hours above for Flash Type; and more than 24 hours for constant type(standard luminosity intensity)

QTM-016 -- 3 LED QTM-017 -- 6 LED 110*88*32 107*103*52 3v,75mA 3v,75mA Ni-MH (1200mAH) / Super Capacitor (120F) red, green, blue, white, yellow (for any choice) 4 super 6 super luminosity LED luminosity LED 800M Flash /Constant Type Luminous intensity≥8000 MCD 108 hours above for Flash Type; and more than 24 hours for constant type(standard luminosity intensity)

The occurrence of late night traffic accidents has been on a steady rise since the conception of the automobile. Experts credit this to consistently rising speed limits, faster vehicles, the rising occurrence of commuting careers requiring long-range travel, and the supply and demand requiring more over the road long distance delivery jobs. Of course, there are a number of alternate factors, but these are the more prevalent. If all goes as expected, the near future will reveal all major roadways lined with this new cutting-edge technology. It is the hopes of the designers and producers that solar road studs and solar street lights will greatly decrease the numbers of darkness and bad weather related accidents, both on American highways, as well as those of all foreign countries.

Solar traffic lights Solar Traffic Lights The most efficient traffic management systems Solar traffic lights are just the next step providing a reliable, inexpensive, affordable and environmentally friendly source for modern traffic management systems. These “green” lights will also help reduce electricity bills. Solar traffic lights are fast developing into a worldwide phenomenon, proving themselves to be economical, dependable and completely environmentally positive. With authorities and businesses both under constant pressure to both reduce costs and make decisions with the environment being taken into consideration, It is no surprise that more and more of them are turning to solar technology as a major aspect of their traffic management solutions. With an efficient system of solar traffic lights in operation, you can be sure of reduced electricity costs and a warmer reception from the environmental lobby. After all, a conventional, old-fashioned set of eight traffic lights has been shown to eat up as much electricity as a typical three-bedroom family home. One of the associated advantages of installing solar powered traffic lights is that this work can be carried out without the need to dig trenches across road junctions, causing delays in the traffic you are looking to assist. Similarly, little wiring or electrical work needs to be done on site, again minimizing any possible disruption. These advantages also mean that solar traffic lights are ideal for short-term traffic problems, such as at road works or traffic accidents. Because there is no on-site work to be carried out, the lights can be easily supported on a post, or a trailer – usually by a single person, if necessary- and be operational within minutes of arriving at the scene. Compare this exercise with the logistical nightmares that can occur with traditional temporary traffic lights. Additionally, traditional traffic lights, being dependent on a supply of electricity, can be rendered useless in a power outage. Solar powered traffic lights, which generate their own electricity, will keep the traffic moving during outages. This also reveals why they are so useful in areas where the mains electricity is not widespread – as they do not depend on it at all. A further bonus is that it is feasible to convert any traditional, conventional traffic lights that you might have into solar powered units QTSF-0001

QTSF-0002

200mm 1850-2850mm

300mm, 3000mm

Size Diameter of light Height: Solar panel power

50W

90W

Battery LED color Light source Visibility distance Working without solar charging

12V/65AH amber/red/green LED 500M 200hs

12V/200AH amber/red/green LED 500M 200hs

Solar lights represent the future of traffic management systems and are sure to become even more commonplace during the next few years representing, as they do, economic and environmental progress. You could say that, by installing energy efficient solar traffic lights, you are making sure that your traffic lights are always green!

Size Diameter of light Height: Solar panel power Battery LED color Light source Visibility distance Working without solar charging

QTSF-0003

QTSF-0004

QTSF-0005

300mm 2850mm 30W 12V/100AH amber/red/green LED 500M

400mm 3000mm 90W 12V/200AH amber/red/green LED 800M

300mm 2850mm 50W 12V/100AH amber/red/green LED 500M

200hs

Solar traffic lights benefit from the most modern advancements in electronic technology. Like on solar street lamps, the sytems are based on photovoltaic (PV), in which a solar panel, situated at the top of the lighting pole, attracts the sunlight and turns it into electrical energy. The voltage coming from the panel is regulated by a solar charger, which then charges a battery. The lighting itself is produced by extra bright Light Emitting Diodes (LEDs). In addition to being significantly brighter than conventional bulbs, these LEDs are far longer lasting and extremely energy efficient. The advances in LED technology are amongst the main reasons for the current rapid development in solar lighting. Solar traffic signs as well are designed with LEDs.

Hybrid systems - solar & wind power What makes a hybrid system a hybrid system?

As shown in the diagram above, a hybrid system uses a combination of energy producing components that provide a constant flow of uninterrupted power. The hybrid system above makes the use of wind, solar, and possibility a back up generator. Hybridization ensures that should any part of your system not be performing (solar -cloudy days, wind- no wind) for any reason, you will have a back up means of producing your own electricity.

Examples of Hybrid systems are:

Solar Electric and Wind - using wind turbines to supplement the electricity you produce during in climate weather Solar Electric and Generator - using a propane generator to charge batteries when the sky is overcast Solar Electric and Hydro - Water from a running stream generates electricity on cloudy days Wind and Diesel - A wind generator can supplement a diesel generator The most popular hybrid choice is that of solar and wind. It's generally windy to some degree during overcast days, which makes wind towers and turbines effective when the sun isn't shining. The wind collectors will also work at night, providing there's wind. Alone, the solar and wind systems both have flaws; solar can't work without sun, and wind can't work without wind. When the two systems are combined, they fairly well cover each others' weaknesses. Hybrid systems work for both off-grid solutions (such as using propane generators to charge batteries when the sky is overcast) and for grid-tie systems (using wind turbines to supplement the electricity you produce during in climate weather).

Why Hybrid Solar-Wind Generator? Many remote towns or sparsely populated areas are not serviced by the main power grid. Power must be generated locally using engine generators powered by conventional fuels, such as diesel or propane. However, the transportation and storage of diesel fuel and propane can be expensive and the supply is not always reliable. Therefore, diesel or propane generators are best used on a short-term basis or for emergency use. Solar and wind resources are good alternatives to provide more consistent year-round energy power. Solar and wind are also the most available renewable energy resources on earth, and many remote areas.

We are reliable and professional WIND power partner Telďź&#x161;+40 - 21-3350162 3350162 Faxďź&#x161;+40 - 21-3350162 http://www.qsetenergy.com QSet Green ENERGY,12 th Constantin Istrati st,Bucharest, 4 th sector, zip code: 0404544, Romania ÂŠ 2008 QSet ENERGY Company All Rights Reserved

Hybrid systems - solar & wind power QWKH-0.4 SYSTEM Rated Power supply system Solar panel Wind turbine GENERATOR Rated current Rotor diameter Decibel (in Db) Height of wind turbine Weight of wind turbine Solar voltage CONTROLLER Controller power

QWKH-0.5

QWKH-0.6

QWKH-0.7

QWKH-0.8

QWKH-0.9

QWKH-1.4

QWKH-1.9

400W 50W 18V 300W

500W 100W 18V 300W

600W 2X50W 18V 500W

700W 2X100W 18V 500W

800W 6x 50W - 1 8V 500W

900W 4x 100W 18V 500W

1400W 2x 200W 29V 1000W

1800mm 39.3db 6m 35kg 24VDC

2500mm 39.3db 6m 67kg 24VDC

2500mm 44.2db 7m 167kg 48VDC

2500mm 44.2db 7m 192kg 48VDC

24V / 600W

24V / 100W

24V / 1 000W

24V / 1000W

48V / 2000W

1900W

1500W

21A

STORAGE ENERGY Battery Battery storage capacity Input power inverter Max output inverter Cabinet size

12V-200Ah x2 4800W

12V-150Ah x4 7200W

12V-200Ah x4

7200W

9600W

24VDC

12V-200Ah x6 14400W

12V-150Ah x10 18000W 24000W 48VDC

300W - 220VAC - 50Hz 600x550x750mm

Solar PV cell system generates electricity by using readily available, inexhaustible solar energy. It does not make any noise and does not discharge any waste or consume any working media, which makes the solar cell an ideal clean and safe energy. In addition, the solar cell has a simple tructure but a wide scope of application. It is easy to install and is maintenance-free. However, it generates less power in winter when sunlight is weak or little power in a raining day. Wind power generator uses wind turbine to convert wind energy into electricity, similar to solar power system. The advantages of wind power system are their low capital costs, low operating cost and maintenance-free. Both solar and wind systems, when operating alone, can be affected by variations in the weather and the season, resulting in inconsistent power generation. Since solar power and wind power complement each other as energy sources, a hybrid solar-wind generator system will optimize the use of these two natural energy resources for the needed power supply. And also, the capital cost of a hybrid system is reduced because the same battery bank and inverter can be used for both solar and wind generators. Hybrid electric systems combine wind and PV systems to make the most of the area's seasonal wind and solar resources; with wind relatively more available in winter months and at night time, and solar relatively more available in summer months and during winter's sunlight days. These hybrid systems provide a more consistent year-round output than either wind-only or PV-only systems and can be designed to achieve desired attributes at the lowest possible cost. The major advantage of solar / wind hybrid system is that when solar and wind power productions are used together, the reliability of the system is enhanced. Additionally, the size of battery storage can be reduced as there is less reliance on one method of power production. Often, when there is no sun, there is plenty of wind.

We are reliable and professional WIND power partner Tel：+40 - 21-3350162 3350162 Fax：+40 - 21-3350162 http://www.qsetenergy.com QSet Green ENERGY,12 th Constantin Istrati st,Bucharest, 4 th sector, zip code: 0404544, Romania © 2008 QSet ENERGY Company All Rights Reserved

OFF Grid wind power system Is it suitable for my home? Individual turbines vary in size and power output from a few hundred watts to two or three megawatts (as a guide, a typical domestic system would be 1 - 6 kilowatts). Uses range from very small turbines supplying energy for battery charging systems (e.g. on boats or in homes), to turbines on wind farms supplying electricity to the grid. • Wind speed increases with height so it's best to have the turbine high on a mast or tower. • Generally speaking the ideal site is a smooth top hill with a ﬂat, clear exposure, free from excessive turbulence and obstructions such as large trees, houses or other buildings. • Small scale wind power is particularly suitable for remote oﬀ grid locations where conventional methods of supply are expensive or impractical. Small-scale building-integrated wind turbines suitable for urban locations are also available to install in homes and other buildings. Please note that the electricity generated at any one time by a wind turbine is highly dependent on the speed and direction of the wind. The windspeed itself is dependent on a number of factors, such as location , height of the turbine above ground level and nearby obstructions. . Therefore we recommend that, if you are considering a domestic building mounted installation and electricity generation is your main motivation, then you only consider a wind turbine under the following circumstances:

Power Blade diameter

QWK0-0.2 2.2 m

Rated Rotated speed

QWK0-0.3 2.6m

QWK0-0.6 2.8m

QWK0-1 3.2m

QWK0-2 4.0 m

QWK0-3 5.0 m

QWK0-5 6.0 m

QWK0-10 8.0m

400

240

220

160

Rated wind speed Rated power

8m/s 200w

8m/s 300W

8m/s 600W

8m/s 1000W

9m/s 2000W

10m/s 3KW

10m/s 5KW

10m/s 10KW

Max voltage

15kw

350w

450w

750W

1500w

3000w

4.5kw

7kw

Output voltage

24v

48v

96v

220v

380v

Start up wind speed

3m/s

3-25(m/s)

3-20(m/s)

40m/s 6m

40m/s 8m

40m/s 12m

Operating wind speed Security wind speed Height of tower Weight of top section

27kg

30kg

60kg

83kg

95kg

215kg

250kg

600kg

Controller Parameter

24V 40A

48V 60A

96V 60A

220v 60A

380v 120A

∮133*5

∮159*5

∮219*6

Inverter Parameter Guy mast tower size(diameter*thickne ss) Capacity and quantity of battery(reference) Price (Euro)

DC24V /220VAC/50Hz ∮60*3

12V100AH 2pcs

∮60*3

12V100AH 2pcs

∮75*4

12V150AH 2pcs

∮75*4

12V150AH 4pcs

∮89*4

12V150AH 8pcs

12V100AH 18pcs

12V150AH 18pcs

If you are in any doubt, please consult a suitably qualified professional. Planning issues such as visual impact, noise and conservation issues also have to be considered. System installation normally requires permission from the local authority, so it's important to always check with your local authority about planning issues before you have a system installed. The benefits of wind power are: • Environmental protection • Low cost - wind can compete with nuclear, coal and gas • Diversity and security of supply • Rapid deployment - modular and quick to install • Fuel is abundant, free and inexhaustible • Costs are predictable and not inﬂuenced by fuel price ﬂuctuations

12V200AH 30pcs

OFF Grid wind power system Turbine Components Horizontal turbine components include: • blade or rotor, which converts the energy in the wind to rotational shaft energy; • a drive train, usually including a gearbox and a generator; • a tower that supports the rotor and drive train; and • other equipment, including controls, electrical cables, ground support equipment, and interconnection equipment. Turbine Configurations Wind turbines are often grouped together into a single wind power plant, also known as a wind farm, and generate bulk electrical power. Electricity from these turbines is fed into a utility grid and distributed to customers, just as with conventional power plants. Wind Turbine Size and Power Ratings Wind turbines are available in a variety of sizes, and therefore power ratings. The largest machine has blades that span more than the length of a football field, stands 20 building stories high, and produces enough electricity to power 1,400 homes. A small home-sized wind machine has rotors between 8 and 25 feet in diameter and stands upwards of 30 feet and can supply the power needs of an all-electric home or small business. Utility-scale turbines range in size from 50 to 750 kilowatts. Single small turbines, below 50 kilowatts, are used for homes, telecommunications dishes, or water pumping.

Power Blade diameter Rated Rotated speed Rated wind speed Rated power Max voltage Output voltage Start up wind speed Operating wind speed Security wind speed Height of tower Weight of top section Controller Parameter Inverter Parameter Guy mast tower size(diameter*thickness) Capacity and quantity of battery(reference)

QWK0-20 11.0m 120 12m/s 20KW 30kw 380v 3m/s 3-20(m/s) 40m/s 15m 900kg 380v 120A DC24V /220VAC/50Hz

QWK0-30 12.5m 120 13m/s 30KW 35kw 380v 3.5m/s 3.5-20m/s 40m/s 18m 1530kg 380v 120A DC24V /220VAC/50Hz

QWK0-50 18.0m 80 13m/s 50KW 55kw 380v 3.5m/s 3.5-20m/s 40m/s 18m 2050kg 380v 240A DC24V /220VAC/50Hz

QWK0-50 18.0m 72 13m/s 100KW 110kw 480v 3.5m/s 3.5-20m/s 40m/s 25m 4050kg 480v 240A DC24V /220VAC/50Hz

∮400*8

∮500*10

12V200AH 60pcs 5

12V200AH 90pcs

12V200AH 120pcs

12V200AH 240pcs

OFF Grid vertical wind power system With a vertical axis, the generator and gearbox can be placed near the ground, so the tower doesn’t need to support it, and it is more accessible for maintenance. Drawbacks are that some designs produce pulsating torque. Drag may be created when the blade rotates into the wind

Model

QWV-0.01

QWV-0.2

Power

10W

200W

QWV-0.3

QWV-0.5

QWV-3

QWV-5

QWV-10

1000W

600cm

Mill diameter:

30cm

80cm

138cm

180cm

3000W 5000W DC 48V 200-450V(in-grid) 300cm 400cm

Blade length:

30cm

150cm

130cm

220cm

200cm

360cm

460cm

620cm

Start up wind speed:

2m/s

Working wind speed:

Rated voltage:

DC 12V

300W 500W DC 24V

QWV-1

10KW

4-20m/s

4-25m/s

4-20m/s

4-25m/s

4-20m/s

Rated wind speed:

10m/s

12m/s

Security wind speed:

40m/s

50m/s

55m/s

FRP/5 pcs

260 kg

660 kg

925 kg

2560 kg

Governed speed style:

electron

Brake style:

mechanism

Blade material/quantity: FRP/5 pcs FRP/5 pcs FRP/5 pcs FRP/5 pcs Gross weight 2.5 kg 142 kg 150 kg 185 kg (without tower): The tower of the system is optional and the price do not include the tower.

Base - Structure that supports the wind turbine’s rotor and houses the equipment used to produce electricity (including the gearbox and the alternator). Central column -Vertical cylindrical part to which the blades are attached; the force of the wind on the blades causes it to rotate. Strut - Horizontal piece that connects the blades to the central column to strengthen them. Aerodynamic brake - Emergency braking system; it consists of shutters attached to the blades, which automatically deploy when the wind turbine gathers too much speed. Guy wire - Cable that connects the top of the vertical axis to a concrete base to hold the wind turbine in an upright position. Rotor - Rotating part of the wind turbine that is usually made up of two or three blades; its rotation drives the alternator to produce electricity. Blade - Aerodynamic part that is attached to the central column; the force of the wind turns it to drive the rotor. You do not need a yaw mechanism to turn the rotor against the wind. You may place the generator, gearbox etc. on the ground, and you may not need a tower for the machine.

Advantages • A massive tower structure is less frequently used, as they are more frequently mounted with the lower bearing mounted near the ground, making it easier to maintain the moving parts. • Designs without yaw mechanisms are possible with ﬁxed pitch rotor designs. • They have lower wind startup speeds than HAWTs. Typically, they start creating electricity at 6 m.p.h. (10 km/h). • They may be built at locations where taller structures are prohibited. • VAWTs situated close to the ground can take advantage of locations, hilltops, ridgelines, and passes funnel the wind and increase wind velocity They may have a lower noise signature.