PROCESS OF SOLAR POWER PROJECT
SITE SELECTION PARAMETERS Parameter
Meterological Resource Assessment S I T E
F I N A L I S A T I O N
Nearest Sub-station
Purpose
Energy Generation Capacity of Substation Availability of Feeder Transmission losses
Accessibility to Site
Ease of deliver of materials
Water Availability
Water requirement during construction
Near by Terrain
Site Topography Storm History
Shadow effects
To analyze the water blockage problems and placement of mounting structures Dust losses
Mounting structure strength
Type of Soil
To analyze the resistivity(mostily switchyard) & load bearing capactity of the soil
Power Source
For construction power
DRAWING PARAMETERS Parameter
Site Layout Module mounting structure Inverter Station
C I V I L
Main Control Building Switchyard Transmission Tower
Water pipes and drainage layout Approach Roads
Store Yard (Temporary) Fencing & Compound wall E L E C T R I C A L
Equipment Layout System Sizing
Cable, Inverters & Switchyard Earthing Single Line Diagram
Purpose
Avaoiding shading losses Strength to withstand mechanical & Wind loads. (Zinc coated ) Structure to convert DC to AC
Control Panel, Admin Office, etc Switchgear rooms, Transformer, cable trench and equipment foundations KV line to near by substation To avoid water logging
access to all parts of the plant
To stack solar module boxes and other materials within the site layout For site or plant layout
To minimize system losses For efficient working while ensuring redundancy To ensure safety of men and equipment To comprehend the fundamental structure of the plant
AUGURING
STUB FIXING
POSITION AND ALIGNMENT OF STUBS
STUB CONCRETING
ASSEMBLING OF MODULE TABLE
ASSEMBLING OF PV MODULE
SWITCHYARD
ROADS AND PLANT FENCING
FEW DOCUMENTS FOLLOWED
MINIMUM TESTS TO BE DONE AT QC LAB
TESTING AT FIELD
QUALITY CONCERNS IN MATERIAL STORAGE
MACHINERY INSPECTION