1. Project Overview
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Project Name: Investment and Installation of Rooftop Solar Power System Under the PPA Model
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Location: AUTOMECH Factory – Dinh Tram Industrial Park – Viet Yen District – Bac Ninh Province, Vietnam
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System Investor: GG Power Group Joint Stock Company
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Electricity Off-taker: AUTOMECH Factory
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System Capacity: 448 kWp
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Implementation Timeline: September 2025
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Investment Model: Power Purchase Agreement (PPA)
2. PPA Collaboration Model
- Under the Power Purchase Agreement (PPA) model, the system investor – GG Power Group – finances the entire cost of investment, installation, operation, and maintenance of the rooftop solar power system.
- The customer – AUTOMECH Factory – only pays for the electricity generated from the solar system at a rate lower than the retail electricity price from EVN.
- The system is installed on the factory’s rooftop, ensuring no disruption to production activities.
3. Project Benefits
For the Customer – AUTOMECH Factory:
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Reduced Electricity Costs: The PPA electricity price is lower than EVN’s grid tariff, helping reduce monthly energy expenses.
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Zero Capital Investment: No upfront cost required; no concerns about operation or maintenance.
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Enhanced Green Corporate Image: Supports ESG goals and helps meet green export standards (EU, US markets).
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Stable Power Supply: Reduces risks related to electricity price fluctuations in the future.
For the Investor – GG Power Group:
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Tapping into C&I Solar Market Potential: Leverages the high-growth commercial and industrial solar segment.
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Contributing to Clean Energy Transition: Aligns with Vietnam’s national goal of renewable energy development.
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Providing Integrated C&I Energy Solutions: Positions GG Power to offer industrial & commercial Battery Energy Storage Systems (BESS) in the next phase of deployment.

4. Technical Specifications
| Item | Details |
|---|---|
| Installed Capacity | 448 kWp |
| Rooftop Area Utilized | Approximately 2,500 m² |
| Estimated Annual Output | 582.4 MWh/year |
| Estimated CO₂ Emissions Reduction | ~380 tons of CO₂/year |

