Virtual Power Plant (VPP) Aggregator Platform Revenue-Sharing Model

📌 Background

With the acceleration of China's power market reforms in 2026, the explosive growth of distributed photovoltaics, energy storage, and charging piles has increased pressure on grid peak regulation. VPP aggregators integrate decentralized energy resources via cloud platforms to participate in the power ancillary services market, generating revenue through subsidy sharing. Search results, such as 'Commercial and industrial energy storage being repriced after connecting to VPPs at up to 9 RMB/kWh,' indicate significant profit potential.

👤 Target Customers

Distributed resource owners such as commercial and industrial energy storage stations, distributed PV owners, and charging pile operators, as well as grid companies and power trading centers in need of peak regulation resources. The primary payer is the grid, which provides payments through ancillary service compensation, with the aggregator and resource owners sharing the proceeds.

💰 Revenue Streams

1) Taking a percentage cut from ancillary service subsidies such as grid peak regulation and demand response; 2) Charging resource owners platform access fees or value-added service fees (e.g., energy efficiency management, peak-valley arbitrage strategies); 3) Capturing price spreads by participating in spot power trading through economies of scale.

🧮 Cost Structure

Platform R&D and software/hardware maintenance, costs for smart terminal gateway equipment, maintenance of power trading and compliance qualifications, marketing and business development, and personnel costs for scheduling algorithm and data analysis teams.

🛡️ Moat

Scale of connected distributed resources and data accumulation; market access qualifications for power peak regulation ancillary services and established relationships with the grid; AI-based load forecasting and scheduling optimization capabilities; ability to integrate and support various device protocols and trading rules.

🔑 Keys to Success

• Obtain grid access qualifications and establish deep partnerships
• Improve the accuracy of scheduling algorithms to enhance the attractiveness of revenue sharing
• Rapidly scale up the signing of distributed resources to create network effects

⚠️ Risks

• Phase-out of policy subsidies or adjustments to ancillary service rules
• Data security and reliability risks in executing scheduling commands
• Widespread default by resource owners or equipment failures leading to insufficient fulfillment capacity

🏢 Cases

• Solar Wisdom Carbon (阳光慧碳) VPP platform utilizes AI-driven resource aggregation and synergy
• Longshine Technology (朗新科技) VPP aggregation platform activates the value of decentralized energy
• Acrel (安科瑞) VPP integrated management and control solution

📊 SWOT Analysis