Jin is currently helping a project development for a microgrid system at a major university in northern California. As a hybrid system, the microgrid will integrate both PV Solar renewable and storage technologies. It is intended to serve as a self-sufficient energy system and a distributed energy resource for the central grid, and it will both reduce the energy load of the campus and save costs from energy bills. The microgrid will also incorporate an electric car charging station. In his role of a project developer, Jin will manage the project in cooperation with technology vendors and university faculty. The microgrid features include backup power for unplanned outages, peak load shifting, demand response, solar power, and transportation electrification.
The project is qualified to receive funding incentives through the California Public Utilities Commission (CPUC) Self-Generation Incentive Program (SGIP), which funds the introduction of projects with battery energy systems to sites in areas recognized as disadvantaged communities per census data. Jin, as the project developer, is experienced in the SGIP application process for the project site.
The development of this hybrid microgrid system is currently being planned at the same major university in northern California. The project is unique in its coordination with the existing diesel engine and UPS at a site of mission-critical importance, the Police Department Emergency Response Center. Jin is providing consulting services to develop a project to build the microgrid with both PV Solar renewable and storage technologies so that it can serve both as a self-sufficient energy system and a distributed energy resource for the central grid, reducing the campus energy load and campus energy bills. The microgrid will also include an electric car charging facility. As the project developer, Jin will manage the project in cooperation with technology vendors and university representatives. Other anticipated features of the microgrid are backup power for unplanned outages, peak load shifting, demand response, solar power, and transportation electrification. The project is also qualified to receive funding incentives through the California Public Utilities Commission (CPUC) Self-Generation Incentive Program (SGIP).