BATTERY-BMS-CHARGER
CUSTOMIZED CIRCUIT - PCB
SAFETY - SECURITY
TOOLS - HARDWARE
LT-HT POWER GOODS
MODULES & SENSOR
IGBT-FET-DIODE-TRANSISTOR
MICROCHIP - IC - COMPONENT
SOLAR ENERGY
SERVICE & MAINTENANCE
AUTOMATION & PROCESS CONT.
বিস্তারিত
An on-grid (grid-tied) solar solution is a power system directly connected to the public electricity grid, allowing users to generate electricity, reduce bills, and feed excess power back into the grid via net metering. It provides high efficiency without requiring expensive battery storage, making it ideal for stable, grid-connected locations.
Key Components & How It Works
- Solar Panels: Generate direct current (DC) electricity from sunlight.
- On-Grid Inverter: Converts DC to alternating current (AC) for home appliances and synchronizes with the grid.
- Net Metering: A bidirectional meter records electricity consumed from the grid and excess electricity exported to the grid.
- Operation: During the day, solar power feeds the load first; excess power flows to the grid. At night or during low sunlight, electricity is drawn from the grid.
Benefits of On-Grid Systems
- Lower Electricity Bills: Significant cost savings are achieved by utilizing self-generated solar energy.
- No Battery Needed: Reduces initial investment and maintenance costs.
- Revenue Generation: Excess energy fed into the grid can be credited, allowing users to earn money or reduce bills,.
- High Reliability: Seamless integration ensures constant power supply, backed by the national grid
Applications
- Residential: Rooftop systems for homes.
- Commercial/Industrial: Large-scale setups for factories and businesses to manage high energy consumption.
- Applications: Ranges from 1kW to 100 MW+.
Common Considerations
- Grid Dependency: On-grid systems do not work during a grid outage (for safety reasons).
- Site Requirements: Requires sufficient space for panels, typically on rooftops or ground-mounted.
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