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3.3Kva 48v Inverter 145v
1. It adopts full-digital double closed loop control, combined with advanced SPWM technology to output pure sine wave.2. Two output modes: mains electricity bypass and inverter output; uninterrupted power supply.3. Four charging modes: PV Only, Mains Electricity Priority, PV Priority and PV&Mains Electricity hybrid charging.4. Advanced MPPT technology with 99.9% efficiency.5. User-defined charging parameters setting(voltage, current and mode), and suitable for various types of energy storage batteries.6. Rocker switch for AC output control.7. Power saving mode, reduce no-load loss.8. Intelligent variable-speed fan to efficiently dissipate heat and extend system lifespan.9. Lithium battery activation function, allow lead-acid battery and lithium battery access.10. All-round protection for solar panels includes overload and short circuit protection, under-voltage and over-voltage protection and reverse polarity protection.11. Support variety of user-friendly communication modules, such as RS485(GPRS, WiFi, Bluetooth), CAN and USB etc., and feasible to connect with computer and mobile phone to realize remote control.12. Available for 6 units parallel operation.
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40A MPPT SOLAR CHARGE CONTROLLER
The Rilso Power MPK Series of solar charge controllers adopts the latest innovation of MPPT solar charge controllers. This series of solar charge controllers utilize both fan cooling and heat sink cooling system. Hence, it is rugged and performs well in various environments.
When in need of a high-performance and effective maximum power point tracking solar charge controller (MPPT), Rilso Power MPK series is one solar charge controller to consider.
The MPK series of solar charge controllers can continuously track solar panels’ maximum amount of power to charge the battery. MPK series can work with lead acid and lithium batteries. MPK series is available in 40A, 60A, 80A, and 100A.
18~150vdc 35~150vdc 60~150vdc max. pv input power 12v 520w 24v 1040w 48v 2080w
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80A MPPT SOLAR CHARGE CONTROLLER (RILSO POWER)
In stock
The Rilso Power MPK Series of solar charge controllers adopts the latest innovation of MPPT solar charge controllers. This series of solar charge controllers utilize both fan cooling and heat sink cooling system. Hence, it is rugged and performs well in various environments.
When in need of a high-performance and effective maximum power point tracking solar charge controller (MPPT), Rilso Power MPK series is one solar charge controller to consider.
The MPK series of solar charge controllers can continuously track solar panels’ maximum amount of power to charge the battery. MPK series can work with lead acid and lithium batteries. MPK series is available in 40A, 60A, 80A, and 100A.
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Luminous 5kVA/48V Inverter
Pure sine wave output
Very high load cold start by the UPS
Fast changeover time
Surface Mounted Technology
Smart charge technology
Intelligent battery management
Pre-loaded battery management software
Miniature circuit breaker instead of fuse
SMD based design – better reliability
MCB design & LED display (Seven segment display)
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M-POWER INVERTER 3.5KVA/24V
- Extremely compact, efficient & reliable
- Easy to install and use
- Built in display provides battery and inverter status
- Huge surge power ability for starting difficult loads
- Optional remote On/Off panel
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MPPT Solar Charging Controller MA2460N15
◆Using MPPT technology, the tracking efficiency of MPPT can reach 99.9%.
◆Support CAN communication function (optional).
◆Supports a wide variety of batteries such as sealed, colloidal, open-type, lithium battery and user-customized battery.
◆Support line loss compensation of charging voltage, so that the battery charging voltage control is more accurate (partial models).
◆Support starting capacitive load and inductive load.
◆RS485 communication supporting standard Modbus protocol, with baud rate adjustable.
◆Support TTL communication of standard Modbus protocol, with baud rate fixed.
◆With perfect charging and discharging protection mechanism such as supervoltage, overcurrent, overload, overtemperature and short-circuiting.
◆ Using high-quality aluminum radiator and high-temperature derating processing can ensure reliable and efficient operation in each work environment.
