Distributed Group Energy Platform
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- Distributed Heat Network Platform
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- Increase the utilization of new and renewable energy to obtain energy from the surrounding environment By adjusting the energy quality according to your environment, Next-generation energy platform that transports/distributes energy to users appropriately
- Distributed Heat Network Platform Core Technology
- Group Energy Facility
- Distributed Group Energy Platform
- Smart Thermal Grid
- Urban/Distributed Energy Platform
- New and renewable energy (electricity) : Fuel cell, Sun´s rays
- New and renewable heat & unused heat
- Heat Connection System
- Digitalization and automation
- Schematic diagram of demonstration facility for smart temperature substations
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- Development of Next-Generation Energy Platform Model
- Smart Temperature substation, 4th Generation District Heating and District Heating ORC power generation
- Demonstration of Heat Transfer Pipesin Low-Temperature District Heating
- Flexible Heat Transport Pipe, Heat Transport Monitoring
- Energy Diagnosis and Optimal Operation Using IoT
- Room Monitoring and Control, Optimizing the Room Heating System
- Development of Next-Generation Energy Platform Model
- District Heating Heat Source : Medium-temperature heat supply (115℃)
- District Heating User : Medium-temperature heat supply (115℃)
- Smart temperature substation : Bi-directional heat connection
- Heat Connection System
- Fuel cell power generation and heat supply
- Solar power generation
- District Heating ORC power generation
- Flexible Heat Transport Pipe : Heat energy supply (heating, cooling, and hot water)
- Korea District Heating Corporation's Future Development Institute
History
- (December 2017) National R&D project, "Development of IoT convergence urban thermal network model linked to unused heat and regional heating" began research
- (December 2020) Fuel cell operating normally (power sales and heat self-use)
- (May 2022) Completion of national R&D tasks and utilization of K-test beds in training facilities