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Hybrid Solar Powered Freezer with Solar Panel and DC Battery

Configured Solar System

Hybrid Solar Powered Freezer with Solar Panel and DC Battery

12V 24V solar powered DC freezer including solar panel and PV controller system (work with AC either).


Composition of JM Solar Freezer 24V 12V

12V 24V DC Freezer / Freezer

JM solar modules 150W ~ 600W

JM PV controller

JM lead-acid batteries or lithium batteries

AC power cord

(Solar freezers work with battery power either AC main power )

    Solar Powered DC Freezers 12V 24V

    Solar Powered DC Freezers 12V 24V

    Solar-powered DC Freezers offer an inventive and eco-friendly alternative for off-grid and isolated regions where conventional electric refrigeration is impractical. These freezers are specifically engineered to operate on direct current (DC) power, making them well-suited for integration with solar panels and battery systems. They work compatibly with 12Vdc and 24Vdc, and offer adaptability for a range of solar configurations.

    Solar Powered DC Freezers

    Benefits of Using Solar Power Freezers 12V 24V DC

    ● Cut electricity bills due to the use of solar power.
    ● Easiest setup, compatible with other solar panel and batteries.
    ● Energy-efficient operation, reducing reliance on electricity grid.
    ● Environmentally friendly, 100% utilizing renewable solar energy.

    ● Ideal for off-grid and remote areas where city grid is not available.

    Wiring Diagram of Solar Powered Freezers DC 12V with Solar Panels

    wiring of 12V Hybrid Solar Powered Freezer with Solar Panel and DC Battery

    Wiring Diagram of Solar system Freezers DC 24V including Battery

    wiring of 24v Hybrid Solar Powered Freezer with Solar Panel and DC Battery

    Model Series of 12V 24V PV Energy Freezer with Solar Panels

    model list of Hybrid Solar Powered Freezer with Solar Panel and DC Battery

    Model Rated Power Capacity Temperature Range Dimension (mm) N.W./G.W. (KG) Loading Quantity 40HQ
    JBD160 70W 158 Litre ≤-18℃ Product: 760*555*833Package: 794*570*876 38/42 180pcs
    JBD210 100W 208 Litre ≤-18℃ Product: 874*58*833Package: 905*580*876 43/46 148pcs
    JBD260 100W 258 Litre ≤-18℃ Product: 1034*614*833Package: 1065*635*876 48/51 100pcs
    JBD310 120W 308 Litre ≤-18℃ Product: 1144*614*833Package: 1175*635*876 48/54 81pcs
    JBD360 120W 358 Litre <=-18 degree Product: 1270*680*833Package: 1302*702*876 48/54 81pcs

    Solar Energy Freezer for Household and Commercial

    This 24V 12V DC Freezer system can work with solar PV system either with city grid 220V AC. Both DC power cord and AC power cord are provided along with the Freezer.

    double input of Hybrid Solar Powered Freezer with Solar Panel and DC Battery

    A needy product to hit the market; dealership is wanted

    This latest innovation solves the challenge of insufficient refrigeration of perishable food and pharmaceuticals in non-refrigerated facilities. Its useful applications include:
    Off-grid homes and cabins
    Remote agricultural facilities
    Mobile food and beverage business
    Recreational vehicles and boats
    Disaster relief and emergency operations

    dealership of Hybrid Solar Powered Freezer with Solar Panel and DC Battery

    An Original Manufacturer of Solar Power DC Freezer and Freezer

    JM Solar is an original and authentic manufacturer of solar power refrigerators and freezers. We provide total solution and complete set of solar refrigeration system including solar modules, inverters and controllers, batteries. We also produce solar powered fans and solar powered air conditioners.

    manufacturing supplier of Hybrid Solar Powered Freezer with Solar Panel and DC Battery

    Steps of setting up DC Freezer with Solar System

    Setting up a DC freezer with a solar system requires several steps. Here's an overview of the process:

    Step 1 Assess power needs

    Determine the power consumption of the DC freezer and ensure that the solar system can provide enough energy to effectively operate the freezer.

    Step 2 Select solar panels

    Choose appropriate solar panels according to the power requirements of the DC freezer. Consider factors such as panel wattage, size, and efficiency.

    Step 3 Determine battery capacity

    Choose a suitable battery to store solar energy for use when sunlight is insufficient. Calculate battery capacity based on the refrigerator's power consumption and expected operating time without sunlight.

    Step 4 Install a charge controller

    Connect a charge controller to regulate the flow of electricity from the solar panels to the battery, preventing overcharging and ensuring efficient energy storage.

    Step 5 Connect the components

    Connect the solar panel, charge controller, battery, and DC freezer according to the manufacturer's instructions. Ensure proper connections and safety measures are in place.

    Step 6 Test system

    Verify whether the solar system is operating normally by testing the operation of the DC freezer under solar power. Monitor system performance and make adjustments as needed.

    Step 7 Maintenance and Monitoring

    Develop a schedule for regular maintenance of your solar system and DC freezer. Monitor energy production, battery health, and overall system performance to ensure optimal operation.

     It's worth noting that the specific steps for setting up a DC freezer with a solar system may vary depending on the equipment being used and the unique requirements of the installation. Always refer to JM Solar’s manual books and / or seek professional help if needed.

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