The iPower2000Li is a lithium battery solar independent power supply system, mainly addressing the power supply issues of IT devices such as wireless network systems, video surveillance points, information monitoring points, and remote control points in field environments when they are off the grid, in scenarios of the Internet of Things, intelligence, and security. It can be deployed unattended for a long time, and can also be temporarily set up for emergency use. It can also be deployed in combination with the municipal power grid to achieve the goal of energy conservation and environmental protection.
This series of products effectively solves the long-term or temporary power supply problems of field video surveillance points and information monitoring points in industries such as scenic spots, water conservancy, electricity, petroleum, military and police, environmental protection, and forest fire prevention. The system is based on lithium batteries with lithium iron phosphate batteries as the core, high-performance monocrystalline silicon solar panels, and efficient controllers. The batteries use blade battery cells and are encapsulated with colloids. Compared with traditional lead-acid or colloidal battery solar power supplies, it has the advantages of a simple structure, smaller volume, lighter weight, and a longer lifespan, making it an ideal choice for high-end intelligent applications of IT in field environments.
Product Technical Features and Advantages:
- Battery Capacity: Single 24V 50AH lithium iron phosphate battery (1200WH), and the total storage capacity is 1200WH×N (N is the number of batteries).
- Solar Panel: High-quality 200W monocrystalline silicon solar panel, and the total power generation capacity is 200W×Q×M (Q is the local solar power generation coefficient, and M is the number of solar panels).
- More Types of Solar Batteries (Optional): Foldable solar panels (30W – 100W); Flexible solar panels (100W).
- High Load Capacity: The maximum output power can reach 480W.
- Energy Storage Method: The solar panel generates electricity, and the controller controls energy storage and connects to electrical loads.
- Provide DC output with multiple power output interfaces:
Ø DC 24V output: It can directly output DC 24V, which is convenient for powering wireless devices, IP cameras and other loads, saving power adapters.
Ø 5V USB output: It can directly output through a DC 5V USB interface, which is convenient for powering mobile devices, saving power adapters. - Number of Charge and Discharge Cycles: The number of charge and discharge cycles of the system is not less than 2000 times (the expected lifespan is 3 – 5 years).
- Battery Level Display: The system is equipped with a battery level liquid crystal display, making the remaining power data more intuitive to display.、
- Overload Protection: The output will be disconnected in case of overload and can resume operation after the load is restarted.
Operating Temperature: -10℃ to 50℃. - Comparative Advantages: This system adopts a colloidal battery design. Compared with traditional solar systems based on lead-acid batteries, it has a smaller volume, lighter weight, longer lifespan, and more convenient installation and maintenance.
Selection Specifications:
- iPower2000Li-1200: 1 piece of 200W solar panel, 1 lithium iron phosphate battery;
- iPower2000Li-2400: 2 pieces of 200W solar panels, 2 lithium iron phosphate batteries;
- iPower2000Li-4800: 4 pieces of 200W solar panels, 4 lithium iron phosphate batteries.
This system is a customized system. The above are common specification selections. If a customized system is required, the configuration parameters will be calculated separately.
Typical Applications：
The iPower2000Li Lithium Battery Solar Power Supply System is mainly targeted at government departments and corporate users, solving the off-grid power supply problem for outdoor IT systems. It mainly provides power supply for the long-term continuous operation of devices such as wireless network systems, video surveillance systems, and information collection systems in distributed off-grid applications. It can also provide temporary and emergency power supply solutions for mobile IT system applications (vehicle-mounted, ship-mounted, and airborne):
- Power supply for wireless network systems, video surveillance systems, information collection systems, and other remote locations and discrete points;
- Off-grid power supply for IT information node devices in industries such as scenic spots, water conservancy, electricity, petroleum, geology, environmental protection, transportation, agriculture, forestry, construction sites, and telecommunications operators;
- Field mobile emergency power supply for vehicle-mounted, ship-mounted, and airborne communication and monitoring systems of public security, military and police, border defense, etc.;
- Integrated emergency lighting, command, and communication systems during emergency rescue and handling of emergencies.