| Title |
The Calculation of Renewable Thermal Limit Capacity Considering Optimal Operation of District Heating and Cooling Facility |
| Authors |
Tae-Hun Lim ; Hye-Seon Lee ; Jea-Hoon Jung ; You-Rim Choi ; Sang-Hwa Han ; Yong-Ha Kim |
| DOI |
http://doi.org/10.5207/JIEIE.2020.34.1.028 |
| Keywords |
District Heating and Cooling Facility; Optimal Operation; Renewable Energy Source; Renewable Thermal Limit Capacity |
| Abstract |
In response to recent energy and environmental issues, countries around the world have announced climate change policies and are working to reduce greenhouse gases. As a result, many investments are being made to expand renewable energy. Considering domestic and foreign policies and changes in the environment, it is considered to be the most popular in the future, and district heating and cooling facility that combines the energy facilities of existing groups and renewable energy sources. Therefore, in this paper, considering the optimal operation of the heat load of the energy equipment of the existing group, when new thermal load is introduced and is in charge of supplying the heat load from the existing district heating and cooling facility, renewable thermal limit capacity algorithm for calculating the heat input limit capacity is presented. |