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Easy connection. Usable outdoors.
Adopts PWM charging circuit. Can be connected to the junction box and used outdoors as is. UV-resistant case compliant with waterproof standard IP65. Prevents reverse current at night. Easy connection to the solar module junction box with a lock nut.
Low price, high cost performance.
Adoption of PWM charging circuit. Achieves high-efficiency charging with a solid-state structure. Low price, high cost performance. Automatic temperature compensation (-28mV/℃). Filled with epoxy resin. The wires have a Hypalon coating for high weather resistance.
High voltage module connection available, equipped with MPPT function.
**Features** ● High voltage modules for residential industry and others can be connected It can be connected to high voltage residential industry and thin-film solar cell modules. With the MPPT function, it can charge the battery without wasting the power generated by the solar cells. In standalone solar power systems, it can control up to 3.2 kW. ● MPPT Control The optimal operating point at which the output of the solar cell array is maximized constantly fluctuates due to variations in sunlight and changes in module temperature. MPPT control is a function that tracks the optimal operating point of the solar cells, which changes according to the situation, ensuring that maximum power from the solar cells is always obtained. ● Power Loss Reduction with High Efficiency up to 99% Conventional controllers wasted energy due to the large difference between the battery voltage and the maximum operating voltage of the array. Thanks to MPPT technology, it operates at the maximum operating voltage at all times, resulting in almost no power loss. ● High Durability The enclosure is protected from dust and humidity through epoxy filling and insulation coating. It is equipped with protection circuits for overload, circuit short-circuit, high voltage, over-temperature, and prevention of current backflow at night, extending the overall lifespan of the system. *For more details, please refer to the catalog download.*
You can choose from two types of charging controllers according to the output wattage of the solar panels.
【PRS150】150W ● Charging starts with the maximum current until it reaches 14.1V. After completing the charge, it automatically maintains 13.5V in a two-step charging process. ● Compatible panel output: up to 150W. ● Yellow LED lit: charging. ● Green LED lit: charging complete (automatic voltage maintenance state). ● Short circuit and reverse connection protection features included. ● Equipped with a Schottky barrier diode. 【PRS300】300W ● Compatible panel output: up to 300W. ● The internal select switch allows for charging according to the type of battery. ● Set the battery select switch according to the battery's charging termination voltage. Incorrect settings may damage the battery. Generally, A: Lead-acid battery, B: Lead-gel battery, C: AGM battery or Lithium battery. ● Charging starts with the maximum current until it reaches the charging termination voltage. As charging progresses, the charging current decreases. Once charging is complete, it automatically maintains the set voltage. ● If the battery voltage falls below 13V, the charging cycle will automatically restart.
Japan's first OCPP-compatible controller for EV charging outlets.
The "Eneliver Controller" is a controller for EV charging outlets that is compatible with OCPP. By installing it on an EV charging outlet, remote management and output control become possible. 【Features】 ■ Can be retrofitted to existing outlets ■ Easy installation from a single outlet ■ Enables remote management, monitoring, digital billing, and output control in conjunction with cloud services *1 According to our research For more details, please refer to the PDF document or feel free to contact us.
