A renewable-powered hydrogen microgrid providing reliable, off-grid electricity to remote and island communities, integrating solar power, hydrogen storage, and fuel cell technologies to ensure sustainable and resilient energy access.
Location: Remote / Island areas in Malaysia
Capacity: Microgrid scale
Client Type: Government & community energy initiatives
Technology Partners: Renewable energy providers & hydrogen tech integrators
Role of Mynertia Data Lestari: System design & advisory for hydrogen storage and control
This project combines renewable energy generation, hydrogen production and storage, and fuel cell conversion to deliver 24/7 power to areas without access to the national grid. By storing surplus solar energy as hydrogen, the microgrid can supply electricity during the night or cloudy periods without relying on fossil fuels.
Goals & Impact
The Hydrogen-Based Microgrid System is designed to provide clean, reliable, and independent energy access to remote and island communities. By integrating solar generation, hydrogen storage, and fuel cell technology, it eliminates reliance on diesel generators, reduces greenhouse gas emissions, and ensures continuous electricity supply — day or night. This scalable model can be replicated across similar off-grid regions, supporting Malaysia’s transition towards a low-carbon future.
Environmental Benefits
Community Development
Replicable Model
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