Off-Grid Solar Power System

The off-grid solar power system comprises solar panels, a charge-discharge controller, a battery cabinet, a maintenance-free gel (iron-lithium) battery and a mounting bracket. Electricity generated by the solar panels is transformed and sent to DC (AC) loads via cables, the controller, battery, enabling it to be used efficiently.

How It Works?

The photovoltaic panel acts as a power source, and the controller regulates this energy for use. It does so by sending the regulated energy to either a DC load or an AC load, and diverting any extra power to the battery system for storage. When the demand from the load exceeds the capacity, the controller will then use the electricity from the battery pack to supply. The controller ensures that the storage battery is not overcharged once it reaches full capacity. Similarly, when the electric energy stored in the battery is significantly depleted, the controller prevents over-discharging of the battery.

Benefits of Off-Grid Solar Power System We offer customized power system designs to meet the electricity demand of your electrical equipment, ensuring efficient resource allocation and avoiding unnecessary expenses and power shortages. By integrating state-of-the-art technology with our own intellectual property rights, we provide comprehensive and user-friendly support, eliminating the need for customers to deal with complex technical issues and costly investments associated with designing and setting up their own solar power systems. To ensure top-notch quality and adherence to industry standards, we meticulously select each element of the power supply system and subject it to third-party quality and standard verification. Additionally, the entire power supply system undergoes rigorous third-party certification and testing, guaranteeing superior product quality and cost-performance. By implementing MPPT and intelligent control technology, we assure uninterrupted power supply even in adverse weather conditions, offering a secure and reliable energy experience. Our sophisticated redundancy and 4G technology enables remote activation of power supply equipment, with multiple layers of power supervision, ensuring that equipment's power requirements are prioritized during extreme weather or emergency situations. Benefiting from over 15 years of expertise, advanced techniques, and processes, we have earned the trust and high regard of numerous industry pioneers and customers alike. Applications of Off-Grid Solar Power System

The off-grid solar power system is valuable in a variety of harsh and hard-to-reach areas, such as the plateau, islands, and mountainous regions. Applications are vast and varied, including communication base stations, advertising light boxes, street lights, road video monitoring, forest fire monitoring, power tower monitoring, water conservation facility monitoring, farmland irrigation monitoring, reservoir monitoring, mountain flood disaster monitoring, oil well monitoring, fishing and herding areas monitoring, oil pipeline monitoring, mobile base stations for telecom services, and providing power to border posts and military barracks.

Technical Parameters

System	Power	Working hours	Voltage	Work on cloudy/rainy day	Recommended wattage of solar panels	Recommended battery
Small off-grid solar system	10W	24H	AC220V	3 days	100W	24V 40AH
	20W	24H	AC220V	3 days	200W	24V 80AH
	50W	24H	AC220V	3 days	500W	24V 200AH
Medium off-grid solar system	100W	24H	AC220V	3 days	1000W	48V 200AH
	200W	24H	AC220V	3 days	2000W	48V 400AH
	500W	24H	AC220V	3 days	5000W	48V 1000AH
Large off-grid solar system	1000W	24H	AC220V	3 days	10kW	230V 400AH
	2000W	24H	AC220V	3 days	20kW	230V 800AH
	5000W	24H	AC220V	3 days	50kW	230V 2000AH
Notes	The configuration is for reference only, since the location and sunlight are varied

See Our Systems for Solar Power Generation