As the energy transition accelerates and electricity market reforms deepen, a key challenge emerges: how can distributed energy storage efficiently participate in power markets and maximize overall operational value? This question has become central for storage project owners, industrial park operators, and energy service providers.

To address this, Far East Battery is building a Virtual Power Plant (VPP) and market trading agent system on top of its self-developed cloud platform, which has been running reliably for years across domestic and overseas projects. By integrating AI technologies with cloud-based computing power, the solution delivers practical, intelligent energy management capabilities.

Solution Highlights

Data-driven optimization: The platform analyzes and forecasts multi-dimensional data such as load, generation, and electricity prices, applying multi-objective optimization algorithms to enable aggregated dispatching of storage, PV, and other distributed resources.

Scalability: Capable of centralized monitoring and coordinated control at the 100 MW level, supporting peak-shaving and ancillary service requirements.

User-side benefits: Provides demand management and peak-valley arbitrage strategies through energy consumption analysis, helping reduce operating costs with precision.

Market operations: Offers simulation and optimization for day-ahead and real-time markets, delivering actionable decision support for bidding and risk management.

Proven Project Results

Far East Battery’s cloud-based solution has already demonstrated measurable value worldwide:

China – 1MW/2.33MWh C&I Project (High-end hotel industry): Optimized energy management and monitoring shortened the payback period, with lifecycle revenues expected to exceed RMB 7.2 million.

Bulgaria – 200kW/464kWh Project: Through aggregated market participation, the project achieved diversified revenue streams, generating ~€40,000 annually, with a payback period under two years and an IRR of 45%.

Estonia – 3MW/6.96MWh Project (30 distributed sites): Implemented distributed energy management and centralized monitoring, enabling dynamic dispatch, reducing operating costs, and achieving fully automated, unmanned trading operations.

China – 10MW/20MWh Project at Zenith Steel Group’s Zero-Carbon Plant:

Built a stable VPP to secure plant electricity supply while dynamically scheduling energy use based on market prices. The project supports green development and carbon reduction, with projected lifecycle revenues exceeding RMB 37 million.

Value for Stakeholders

For storage owners: Improved system utilization, diversified revenue, and reduced O&M costs.

For industrial park operators: Optimized energy mix and higher renewable integration.

For energy service providers: Rapid deployment of VPP capabilities, expanded services, and enhanced competitiveness.

Looking Ahead

Far East Battery continues to refine its VPP capabilities, leveraging AI, cloud, and computing power to support efficient energy operations. With a proven track record of stable deployment, the company is committed to advancing key VPP technologies and innovative business models in partnership with industry players—providing robust technical support for the construction of a next-generation power system.