Distributed Solar-Grid Integration Project
The Distributed Solar-Grid Integration Project is designed to support the growing electricity demand created by large-scale battery-swapping infrastructure while promoting greater utilisation of domestically generated renewable energy.
Under a preliminary high-throughput operating scenario, one major swapping station may serve approximately 50 to 60 two-wheelers and three-wheelers, 10 to 15 four-wheelers and up to 10 heavy-duty vehicles per hour. Depending on the number of battery modules exchanged, charging speed, battery inventory and operating schedule, the station's combined charging demand could approach 2 MW during peak operations.
To support this demand, Amigas Green Tech proposes a coordinated renewable-energy participation model involving suitable residential societies, commercial establishments, institutions and property owners located near participating swapping stations. Subject to technical feasibility, statutory permissions and mutually agreed commercial terms, participating properties may install rooftop or distributed solar-generation systems.
Participating property owners will first utilise an agreed share of the solar electricity generated at their premises. Eligible surplus renewable energy may then support swapping-station demand through approved grid interconnection, metering, energy-accounting and settlement mechanisms. The conventional electricity grid will continue to provide balancing and supplementary power whenever renewable generation is insufficient.
This coordinated model can reduce peak pressure on the electricity grid, increase productive utilisation of rooftop solar resources and create a transparent framework connecting renewable-energy generation with clean-mobility demand.
This service is built on our own research programme.
Read the programmeWhat is included
- Baseline measurement and feasibility study
- Technical specification and system sizing
- Procurement support and vendor evaluation
- Installation, commissioning and handover
- Performance monitoring and reporting
- Operation, maintenance and lifecycle planning
End-to-end business in clean energy solutions. We carry the same standard into every service line, research, design, development, installation, operation and maintenance under one accountable team.
