VPPlab is developing a VPP technology powered
integrated resource operation platform
Development of an integrated VPP platform
- Development of the integrated VPP platform and ISO-DSO collaboration operation system for making resources that provide flexibility to the system as a service
- 2023.04.01 - 2026.12.31
- Development of an integrated VPP-DSO-ISO operating platform linked with collective renewable energy resources
- VPP platform-based resource bidding and forecasting solutions in preparation for the real-time electricity market
Development of the energy prosumer model and ESS-E mobility and resource linkage technology
- Development and demonstration of a VPP-based surplus power utilization model to resolve issues related to limitations in the forced output of new and renewable energy in Jeju Island
- 2021.04.01 - 2022.12.31
- Demonstration of an open-type power platform based on distributed energy in Jeju Island and development of a Jeju-type energy prosumer model
- Development of energy trading and energy prosumer business models integrated with distributed resources
- A predictive technology for renewable energy generation in consideration of climate conditions
- Demonstration through household solar power and small-capacity ESS
- Development of the VPP-based surplus power brokerage platform technology
- 2022.04.01 - 2023.12.31
- Development and demonstration of a VPP-based surplus power utilization model to resolve issues related to limitations in the forced output of new and renewable energy in Jeju Island
- Development of the VPP-based surplus power brokerage platform technology
- Construction of sites for the demonstration of ESS using reused batteries
- Development of the mitigation technology of surplus power from renewable energy through operation in Jeju Island
- Commercialization of Plus DR using e-Mobility and development of optimal bidding solutions for VPP operators
- 2021.07.01 - 2023.06.30
- Development of optimal bidding solutions for VPP operators and of renewable energy generation prediction systems
- Establishment of resource operation strategies for the Plus DR market
- Establishment of advanced resource operation strategies through e-Mobility monitoring
Integrated operation of small-scale distributed resources
- Development of a VPP platform for electricity trading through predicted solar power generation and collective renewable energy resources
- 2023.04.01 - 2025.12.31
- Development of a small-scale distributed power operation service platform for electricity trading based on the prediction of power generation
- Development of an integrated renewable energy operation system and a VPP platform
- Solar power plant O&M
- 2020.07.01 - 2023.06.30
- Performed maintenance/management (O&M) services for POSCO Energy Co., Ltd.'s Shinan Power Plants Nos. 1, 2, and 3 (scale of 14.5MW in total)
- Provided O&M solutions specialized for medium to large-sized power plants (more than 500kW).
- Reduced time and costs by providing the data-oriented preventive maintenance, initial response, and O&M services for power plants
- Simultaneous progress of smart monitoring, field management, personnel dispatch, operation management report, and financial accounting management