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High-Efficiency On-Grid Solar Energy System 5-5000Kw - China Suppliers and Factory Solutions
Working Principle
1. Energy Conversion: Light excitation generates DC power from the movement of electrons within the PV module.
2. Inverter and grid connection: The inverter converts the DC power to AC power, synchronizes it with the grid and inputs it into the distribution network.
3. Electricity management: Self-generation and self-consumption: Prioritizing the supply of local loads; Surplus power on-grid: excess power is fed into the grid; When the power is insufficient, it will automatically supplement the power supply from the grid.
Application
Remote mountainous areas, powerless areas, islands, communication base stations, street lights, etc.
Advantage
1. Economy: Save battery cost (reduce construction cost by 35%-45%), increase revenue by selling surplus electricity.
2. Environmental protection: Zero carbon emission, clean and pollution-free.
3. Efficient and stable: Distributed power generation reduces transmission losses, and the grid-connected inverter dynamically adjusts voltage/frequency (deviation ±0.5Hz) to ensure grid compatibility.
4. Policy support: National mandatory grid full acquisition of PV power, providing free grid connection services.
Remote mountainous areas, powerless areas, islands, communication base stations, street lights, etc.
Technical specification
| 10kW On-grid solar system | |
|---|---|
| Solar Panel Quantities | 18PCS |
| Inverter | 1 Set |
| PARTS&TOOLs | 1 UNIT |
| PV CABLE | 200m |
| PACKAGE PROTECTION & CHARGE | 1 UNIT |
The above system is for reference only, our company can change the system programme suitable for you according to your needs. Please contact us if you have any needs.
System Solution
In addition to grid-tied solar systems, we can also customize off-grid, hybrid solar systems.
Off-Grid System
Grid-Tied System
Hybrid System
Frequently Asked Questions (FAQ)
Q1: How does an on-grid solar power system work?
An on-grid solar system converts sunlight into DC electricity via PV modules. An inverter then converts this DC power into AC power, synchronizing it with the utility grid to supply local loads. Any excess power generated is fed directly back into the grid.
Q2: Where are these solar systems typically applied?
These systems are highly versatile and commonly applied in remote mountainous areas, powerless regions, islands, communication base stations, street lighting systems, and standard residential or commercial buildings.
Q3: What are the main advantages of choosing an on-grid system?
On-grid systems offer excellent economics by saving battery costs (reducing construction costs by 35%-45%) and allowing you to sell surplus electricity. They are environmentally friendly with zero emissions, highly stable, and supported by grid connection policies.
Q4: Can the system configuration be customized for my specific needs?
Yes, absolutely. The technical specifications listed (such as the 10kW system with 18 solar panels) are for reference. Our company can customize and adjust the entire system layout and component quantities based on your specific power requirements.
Q5: What types of solar system solutions do you offer?
We design and customize three main types of solar solutions: Off-Grid systems (independent battery-supported), Grid-Tied systems (connected directly to the utility grid), and Hybrid systems (combining both grid connection and battery backup).
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