CITY:ONE.1.2020.EN

Page 62

60

city : governance

Digital twin of heating plant a challenge for Central heating THE SYSTEM FOR INCREASING THE EFFICIENCY OF EXISTING THERMAL NETWORKS, USING CLOUD SOLUTIONS AND CONTROL OF OPERATIONAL DATA IN THE MINDSPHERE® COMPUTING ENVIRONMENT, WAS DEPLOYED FOR THE OPERATION OF THE HEATING PLANT IN THE TOWN OF STRAKONICE.

: Benefits of the digital twin The digital twin is a basic digitization tool that allows you to optimize existing operations (economic and environmental benefits), identify failures and threats in a timely manner (digital records and predictions) and model possible investments before actual implementation (measure twice, cut once). The deployment of a digital twin at the Strakonice heating plant has shown that the system is suitable to reduce existing heat losses by 5%, otherwise necessarily arising from the production,

treatment, and distribution of heat, which ultimately reduces overall fuel and other energy consumption in village.

: Threats to the heating industry In connection with growing uncertainties in heat supply, municipalities and owners of houses and premises will face a fundamental decision in the next 10 years on how to continue to supply their buildings with energy, or how to operatively address their possible surpluses. Most municipalities in the Czech Republic and

in neighbouring countries own a property in central heat supply systems, built up to 1990 and still more or less maintained. This means that the initial position in the decision-making of municipalities on further energy management may be influenced by already invested funds, often tied to the mandatory lifetime of already implemented plans in municipal or city energy. In the current economic and legislative environment, central heating systems, especially those working with fossil fuels, especially coal, are in a very disadvantageous position. Even without a far-reaching economic analysis, it can be said that those heat productions that do not significantly reduce the number of emissions (described, for example, by CO2) to produced and especially purposefully located (i.e., sold) megajoules of heat or megawatt of electricity will disappear within 20 years. The described demise of production and distribution networks will be gradual, but with devastating consequences for municipal or private investments already made in central heating systems.


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Articles inside

The local government and the investor

4min
pages 118-120

Smart switchboard for public lighting

5min
pages 96-99

RETROFIT commercial building for intelligent wiring

3min
pages 100-101

Digitization of local governments

7min
pages 114-117

Smart Mobility for Smart Cities

6min
pages 106-109

Water audit

5min
pages 110-113

The area of the size of the regional hospital as a semi-LDA

10min
pages 90-93

Community energy within reach

6min
pages 94-95

Smart measurement of water and heat consumption

4min
pages 88-89

Digital Twin in Wastewater Treatment

4min
pages 80-83

Hydrogen city

6min
pages 68-69

city : distribution E.ON Smartgrid housing construction

7min
pages 84-87

H2BASE – hydrogen part for smart city puzzle

4min
pages 74-75

Plastic waste

6min
pages 76-79

Digital twin of heating plant

9min
pages 62-65

Hydrogen in the new market need

2min
pages 66-67

Czechpoin

5min
pages 60-61

IoT register

5min
pages 58-59

Energy savings

8min
pages 16-19

What city energy manager needs to know and to have

10min
pages 38-45

Bristol – British energy innovations leader

8min
pages 24-27

Citizens power plants in Vienna

5min
pages 20-23

CZECH GREEN DEAL for municipalities

14min
pages 10-15

New Generation Energy

18min
pages 4-9

A joint project of the Prague 19 district (Kbely

6min
pages 46-47
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