Cradle to Consumer
Identity ID
5399f3e7-a3c3-4e4d-90b5-21ca604f4947
Energy
Associated ID
5c4112f4-1a97-400a-b518-d6d04d3a0d07
Included activities starts
Included activities ends
Description
This dataset represents the average situation of combined heat and power consumable heat in the Jilin region of China. The process considers the infrastructure required for delivery to heat users, make-up water, energy consumption and the heat losses occurring during the process. Among these, the infrastructure covers the heat supply network consisting of the primary network, heat substations and the secondary network; limited by data availability, the make-up water mainly considers the primary network and heat substation parts, and the transmission and distribution electricity consumption mainly considers the heat substation part. The heat loss rate of the primary network directly adopts the average data from combined heat and power heat source statistics. The heat loss rate of the secondary network is not calculated separately, because it is difficult to accurately account for due to insufficient monitoring equipment, blurred heat loss boundaries, incomplete data records at the management level and non-uniform statistical standards.
Activity Description
The activity is realized through heat delivery via the heating pipe network.
Process Description
The product is heat in MJ, which is the sum of steam and hot water in energy terms. As an important energy product, heat is widely used in industrial production, building heating, domestic hot water supply and other fields in urban heating systems. Its essence is the form of thermal energy, which is transported and distributed through steam or hot water as a medium, and is ultimately measured and traded in terms of energy value.
Time period
2022
2026
Geography
China,Jilin
Macroeconomic value
Business-as-Usual
Data validation
Yes
Technology
Current Technology
Technology comment
The process takes into account the infrastructure required for delivery to heat users, water replenishment, energy consumption, and heat losses in the process.