Products

  • 48V RACK MOUNTED LI-ION BATTERY LiFePO4 Battery

    48V RACK MOUNTED LI-ION BATTERY LiFePO4 Battery

    SAFETY

    Prismatic LiFePO4 cells, Longer cycle life and much more safety.

    Low voltage system, safety for application.

    IEC62619, UL1642, UN38.3 certification for cell.

    UN38.3 certification for system.

    DESIGN

    Standard 19″ rack design.

    Flexible and easily installation.

    -20~+55°C widely temperature range.

    Maintenance free.

    SCALABILITY

    Parallel support for more energy.

    Optional accessories for LCD display, MCB, GPS Anti-theft.

    BATTERY MANAGEMENT SYSTEM

    Independent protection for charge and discharge.

    SOC, SOH display and PC software for detailed operation.

    OVP, LVP, OCP, OTP, LTP protection.

    RS232, RS485,CAN communication port.

  • 51.2V POWER BOX Lithium LI-ION BATTERY LiFePO4 Battery

    51.2V POWER BOX Lithium LI-ION BATTERY LiFePO4 Battery

    LFP high-capacity li-ion battery

    Support on/off-grid

    Modular Design: Flexible expandability, plug and play, reduce operation and maintenance costs

    Self-developed BMS, complex protection, safe and reliable

    Long lifespan: with 6000 cycles

    Applicable Scenarios

    Household energy storage battery, Micro-grid application, Backup power,

    Outage protection, Power peak load shifting and peak-valley arbitrage etc.

  • 25.6V Li-ion Lithium Iron Phosphate Battery LiFePO4 Battery

    25.6V Li-ion Lithium Iron Phosphate Battery LiFePO4 Battery

    SAFETY

    • Prismatic LiFePO4 cells, high consistency, long cycle life and much more safety.
    • UN38.3, CE certification for system.
    • The cycle life over 3000 times @80%DOD.

    DESIGN

    • ABS container, replace VRLA battery perfectly.
    • Fast charge performance.
    • -20~+55° C widely temperature range.
    • Maintenance free.

    BATTERY MANAGEMENT SYSTEM

    • Integrated hardware BMS inside.
    • Independent protection for charge and discharge.
    • Over voltage, low voltage, over temperature and short circuit protection.
  • 12V 12.8V 50A 100A 200A 300A Lithium Iron Phosphate Battery LiFePO4 Battery

    12V 12.8V 50A 100A 200A 300A Lithium Iron Phosphate Battery LiFePO4 Battery

    12.8V Li-ion Bluetooth Battery

    SAFETY

    • Prismatic LiFePO4 cells, high consistency, long cycle life and much more safety.
    • UN38.3, CE certification for system.
    • The cycle life over 3000 times @80%DOD.

    DESIGN

    • ABS container, replace VRLA battery perfectly.
    • Fast charge performance.
    • -20~+55° C widely temperature range.
    • Maintenance free.

    BATTERY MANAGEMENT SYSTEM

    • Integrated hardware BMS inside.
    • Independent protection for charge and discharge.
    • Over voltage, low voltage, over current, over temperature, low temperature and short circuit protection.
    • Bluetooth communication, APP for Android and iPhone.

    12.8V Li-ion Battery

    SAFETY

    • LiFePO4 cells, high consistency, long cycle life and much more safety.
    • UN38.3, CE certification for system.

    DESIGN

    • ABS container, replace VRLA battery perfectly.
    • Fast charge performance.
    • -20~+55° C widely temperature range.
    • Maintenance free.

    BATTERY MANAGEMENT SYSTEM

    • Integrated hardware BMS inside.
    • Independent protection for charge and discharge.
    • Over voltage, low voltage, over temperature and short circuit protection.
  • Deep Cycle GEL VRLA Batteries

    Deep Cycle GEL VRLA Batteries

    Voltage class: 2V/6V/12V

    Capacity range: 26Ah~3000Ah

    Designed for frequent cyclic charge and discharge applications under extreme environment.

    Suitable for solar & wind energy, UPS, telecom systems, electric power systems, control systems, golf cars, etc.

  • OPzV Solid-state Lead Batteries

    OPzV Solid-state Lead Batteries

    1.OPzV Solid-state Lead Batteries

    Voltage class: 12V/2V

    Capacity range: 60Ah~3000Ah

    Nano gas-phase silica solid-state electrolyte;

    Tubular positive plate of high-pressure die-casting, denser grid and more corrosion-resistant;

    The internalization technology of one-time gel filling makes the product consistency better;

    Wide application range of ambient temperature, stable high and low temperature performance;

    Excellent performance of deep discharge cycle, and an ultra long design life.

  • 5KWH 6.1KWH 10.2KWH 14.3KWH Low Voltage Energy Storage System for Home Easy Installation

    5KWH 6.1KWH 10.2KWH 14.3KWH Low Voltage Energy Storage System for Home Easy Installation

    Flexible capability options from 6.1kWh / 10.2kWh /14.3kWh

    Excellent Safety of cobalt free LiFePO4 battery

    Exceptional lifespan, 10 years warranty

    Easy installation with modular and stacked design

  • High Voltage Battery 5kwh 10kwh Storage System with Modular Design Concept, Easy Installation

    High Voltage Battery 5kwh 10kwh Storage System with Modular Design Concept, Easy Installation

    Flexible capability options from 5.12k to 25.6kWh

    Excellent Safety of cobalt free LiFePO4 battery

    Easy installation with modular and stacked design

    Exceptional lifespan, 10 years warranty

  • OPzV solid state battery ALL IN ONE BATTERY ENERGY STORAGE SYSTEMS

    OPzV solid state battery ALL IN ONE BATTERY ENERGY STORAGE SYSTEMS

    Battery Energy Storage Station

    Customized Product

    OPzV solid state battery can be widely used in energy storage on the user side, peak shaving and frequency modulation on the power generation side and power grid side. The batteries are safe, reliable, environmentally friendly and will not cause secondary pollution. The old battery can be recycled. The price of raw materials is stable, the initial investment cost is low and the return on investment is high. OPzV battery has a longer life, with successful use cases of dozens of years.

  • Lithium ALL IN ONE BATTERY ENERGY STORAGE SYSTEMS

    Lithium ALL IN ONE BATTERY ENERGY STORAGE SYSTEMS

    Apply first class storage batteries and PCS, the products are used in various scenarios such as industrial and commercial energy storage,

    compatible with different system architectures such as grid-connected and off-grid, and match the mainstream EMS of the industry to help industrial and commercial users realize efficiency

    management and power cost optimization, and improve the utilization rate of power distribution assets

    Increase revenue: Solve the problem of abandonment of excess of wind & solar power

    Peak load shifting, control charing and discharging process according to the set value and improve effectiveness of energy consumption

    Reduce the maximum load power: reduce the investment in new transformer and distribution equipment and basic electricity costs

    Power peak load shifting and peak-valley arbitrage

    Reduce the cost of capacity expansion: solve the problem of transformer overload, replace the transformer capacity expansion plan, build a micro-grid, improve power supply reliability, and reduce electricity costs

    Smooth the load curve to reduce the impact of load fluctuation on the power grid

  • Mono Solar Panel Bifacial 575W 580W 585W 590W 595W

    Mono Solar Panel Bifacial 575W 580W 585W 590W 595W

    670 Watt Solar Panel price is about 0.25-0.35 per watt.
    Ultra-high power meets 21.6% efficiency.

    The ecosystem of 210 modules has already been formed, and 210 modules are fully compatible with mainstream inverters and trackers. The inverters solutions apply to all the scenarios of residential, commercial and industrial, and utility-scale power projects that are installed with 210 modules. In addition, compared with the current industry average, The 210mm modules have an increase of 35W-90W in power and a save on BOS at $0.5-1.6 cents per watt, contributing to more value for customers.
    These modules have passed six mechanical loading tests verifying with excellent mechanical load capability and reliability. In the rigorous tests that simulate extreme weather conditions such as extreme wind, snowstorm, extreme cold and hail, 670W modules have performed far above IEC standard.
    The installation of the modules also has a significant impact on the stability of PV system. Therefore, using mixed fixed installation under extreme weather conditions ensures safety and reliability of PV system and yield gain on power generation at full life cycle.
    the new generation modules (182, 210) have shown greater advantage in system value compared to previous 166 generation.

    The innovative design of low voltage and high string power enables 210 modules to have greater advantage in CAPEX and LCOE compared with 182 series in both fixed tilt and tracker applications.
    Compared with the M10 585W modules, 600W and 670W modules have excellent performance with savings on CAPEX at 1.5-2 €/Wp and 3 – 4.5% on LCOE. Compared with the M6 455W, the savings on LCOE is 7.4%. The 210 modules represented by Alicosolar’s 670W, 605W 550W and 480W provide more value to customers.

  • Mono Solar Panel N-type cell 12BB 480W 485W 490W 495W 500W 505W

    Mono Solar Panel N-type cell 12BB 480W 485W 490W 495W 500W 505W

    670 Watt Solar Panel price is about 0.25-0.35 per watt.
    Ultra-high power meets 21.6% efficiency.

    The ecosystem of 210 modules has already been formed, and 210 modules are fully compatible with mainstream inverters and trackers. The inverters solutions apply to all the scenarios of residential, commercial and industrial, and utility-scale power projects that are installed with 210 modules. In addition, compared with the current industry average, The 210mm modules have an increase of 35W-90W in power and a save on BOS at $0.5-1.6 cents per watt, contributing to more value for customers.
    These modules have passed six mechanical loading tests verifying with excellent mechanical load capability and reliability. In the rigorous tests that simulate extreme weather conditions such as extreme wind, snowstorm, extreme cold and hail, 670W modules have performed far above IEC standard.
    The installation of the modules also has a significant impact on the stability of PV system. Therefore, using mixed fixed installation under extreme weather conditions ensures safety and reliability of PV system and yield gain on power generation at full life cycle.
    the new generation modules (182, 210) have shown greater advantage in system value compared to previous 166 generation.

    The innovative design of low voltage and high string power enables 210 modules to have greater advantage in CAPEX and LCOE compared with 182 series in both fixed tilt and tracker applications.
    Compared with the M10 585W modules, 600W and 670W modules have excellent performance with savings on CAPEX at 1.5-2 €/Wp and 3 – 4.5% on LCOE. Compared with the M6 455W, the savings on LCOE is 7.4%. The 210 modules represented by Alicosolar’s 670W, 605W 550W and 480W provide more value to customers.