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This innovative hybrid energy system model is designed for islands and remote areas, incorporating a self-sufficient electrification module that enhances energy independence. The system features private distribution generation capabilities through various renewable sources, including solar cells, wind turbines, and bio-fuel fuel cells. It includes efficient energy management modules for both large and small consumers, empowering demand-side management and utilizing energy-efficient appliances. Experience transformed energy infrastructures with integrated monitoring systems for sustainability and reliability in isolated regions.
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ISLAND or REMOTE AREA ENERGY SYSTEM MODEL Expandable modular structured hybrid system with Self-sufficient Electrification Module 5:Private Distribution Generation System Module 3: VSPP Solar cell Wind turbine Fuel cell by NPG or Bio-fuel CHP with absorption Chiller by bio-diesel or eternal Solar cell Wind turbine Module 1: Remote Control & Monitoring for Hybrid System (Multiple-sources Mini Grid) LV AC BUS Solar cell Demo-Island (or Remote Area) House with Energy Efficient Appliance & Using for PEA Office Wind turbine 2 Way Electronic Meter Large Consumer (Resort) with Demand Side Management Module 4:Energy Management System with Energy Efficient Appliances& Ecology house Electronic Meter Small Consumer (Island (or Remote Area) House) with Demand Side Management Stand alone Solar Street Lighting LV AC BUS MV AC BUS Stand alone Solar Pumping Module 2:Transformer Monitoring & Low Voltage Management System Diesel Generator / CHP - Battery Module 1 Second Source Hybrid System Module 6: Stand alone Electrification -Stand alone Zero Energy house -Stand alone Solar Street Lighting -Stand alone Solar Pumping -Stand alone Wind Turbine Bumping