Residential Energy Storage Solution
Hybrid solar kit combines solar panels, battery storage, and grid connection for efficient home energy use.
Here’s a simple solution:
Solar Panels: Install 5–10 kW rooftop panels to generate clean energy.
Hybrid Inverter: Connects panels, batteries, and the grid, optimizing power flow.
Battery Storage (5–15 kWh): Stores excess solar energy for nighttime or outages.
Grid Connection: Ensures backup power when solar/battery supply is low.
Benefits:
Lower bills: Use solar power first, reducing grid dependence.
Reliability: Battery backup during blackouts.
Eco-friendly: Cuts carbon footprint.
Microgrid Energy Storage Solution
Commercial microgrid hybrid solar kit integrates solar power, energy storage, and grid/backup generation to ensure reliable, cost-effective energy for businesses.
Key Components:
Solar PV Array (50–500+ kW) – Rooftop or ground-mounted panels for primary power generation.
Hybrid Inverters – Manage solar, battery, and grid power for seamless operation.
Battery Storage (100–1,000+ kWh) – Stores excess solar energy for peak shaving and backup.
Diesel/Generator Backup (Optional) – Ensures uninterrupted power during extended outages.
Smart Energy Management System (EMS) – Optimizes energy use, monitors performance, and reduces costs.
Benefits:
Lower Energy Costs – Reduce grid dependency with solar + storage.
Energy Resilience – Maintain operations during blackouts.
Sustainability – Cut carbon emissions and meet ESG goals.
Peak Demand Savings – Avoid high utility demand charges.
PV & ESS & EV Charger Solution
Grid-tied solar kit with battery storage allows businesses to maximize solar energy use while maintaining grid reliability and reducing costs.
Key Components:
Solar PV Array (50kW–5MW+) – Rooftop or ground-mounted solar panels for clean energy generation.
Grid-Tied Hybrid Inverters – Convert solar power for immediate use or battery storage while staying connected to the grid.
Battery Storage (100kWh–2MWh+) – Stores excess solar energy for peak shaving, backup power, or demand charge management.
Energy Management System (EMS) – Optimizes energy flow, monitors performance, and reduces utility costs.
Benefits:
Lower Electricity Bills – Use solar power first, reducing grid consumption.
Demand Charge Reduction – Discharge batteries during peak hours to cut costly demand fees.
Energy Resilience – Backup power during short grid outages (if configured for islanding).
Sustainability & Compliance – Meet renewable energy targets and reduce carbon footprint.