• The MPDS solar controller, built on a standard MPDS platform, efficiently controls a three-phase asynchronous motor that drives a pump powered by a solar array or an optional AC generator backup. It ensures continuous monitoring of system performance and incorporates various features for pumping system protection. In the event of a fault, the MPDS solar controller indicates the fault type through the LED display on the front cover. Optimized for adverse input power conditions unique to solar arrays, it tolerates lower input voltage and strives to maximize power output to drive the pump load. The MPDS Series includes remote system monitoring through an LED display, providing detailed insights into system status. Key features include electronic monitoring for automatic shutdown in scenarios like dry well conditions, bound pump, high voltage surge, low input voltage, open motor circuit, short circuit, and overheat.
  • The MPDS solar controller, built on a standard MPDS platform, controls a three-phase asynchronous motor driving a pump powered by a solar array or optional AC backup. It ensures continuous system monitoring and incorporates features for pumping system protection, including fault indication through an LED display. Optimized for adverse solar input conditions, the controller maximizes power output and offers electronic monitoring capabilities, allowing automatic shutdown in various fault scenarios such as dry well conditions, bound pump, high voltage surge, low input voltage, open motor circuit, short circuit, and overheat. The MPDS Series also includes remote system monitoring through an LED display, providing a detailed overview of system status.
  • The MPDS solar controller, built on a standard MPDS platform, controls a three-phase asynchronous motor driving a pump powered by a solar array or optional AC backup. It ensures continuous system monitoring, featuring safeguards such as fault indication through an LED display. Optimized for adverse solar input conditions, the controller maximizes power output and offers remote monitoring, making it an efficient solution for solar pumping systems.
  • The MPDS solar controller is a robust solution designed for three-phase solar pumping systems. It efficiently controls an asynchronous motor powered by a solar array or an optional AC generator backup. The controller ensures continuous monitoring of system performance and incorporates multiple features for enhanced pump system protection. In case of a fault, the LED display on the controller indicates the type of issue. The system is optimized for pumping under challenging input power conditions specific to solar arrays. With internal diagnostics for lower input voltage tolerance, the controller maximizes power output from the solar array, attempting to drive the pump load. The MPDS Series also features remote system monitoring for detailed status indication. Electronic monitoring allows the controller to automatically shut down in various events, including dry well conditions, bound pump, high voltage surge, low input voltage, open motor circuit, short circuit, and overheat.
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  • The SAJ Grid Tied 5KW/2MPPT 3 Phase Inverter stands out with its optimized global Maximum Power Point Tracking (MPPT) algorithm, achieving an efficiency higher than 99.5%. Featuring asymmetric dual MPPTs, it is compatible with various solar roofs, ensuring flexibility in solar panel and string designs. With a maximum efficiency of 98.0% and a European efficiency of 97.6%, it offers superior performance. The inverter's super wide input voltage range (150V-1000V) supports diverse solar panels, and its reduced derating under high temperature enhances generating capacity. Installation is made convenient with its transformerless, compact, and lightweight design, quick connector for AC output, and specialized mounting design. The inverter is user-friendly with one-button safety setting, integrated LCD graphical display for generation monitoring, and interfaces for remote communication and monitoring, supporting PC, iOS, and Android devices. Safety is ensured with IP65 protection, an aluminum case for heat dissipation, a built-in high voltage DC switch, convective fans, and natural convection for longer life. The inverter also responds to power grid dispatching, manages micro-grids, and integrates reactive adjusting functionality.
  • The MPDS solar controller, built on a standard platform, efficiently manages a three-phase asynchronous motor, powering a pump through solar arrays or an optional AC generator backup. With continuous monitoring and advanced features, it safeguards the pumping system. In case of faults
  • The MPDS solar controller, built on a standard MPDS platform, efficiently manages a three-phase asynchronous motor driving a pump, utilizing solar power or an optional AC generator backup. It prioritizes system protection, featuring an LED display for fault indication. Optimized for adverse solar array conditions, it employs internal diagnostics for lower input voltage tolerance. The controller ensures uninterrupted pump operation by maximizing solar array power output. The MPDS Series offers detailed system status indications through remote monitoring with an LED display, making it a reliable and intelligent choice for solar pumping applications.
  • The HT 1100Vdc Series (73-136 KW) stands as the premier high-power string inverter tailored for the Commercial and Industrial (C&I) sector. With up to 12 Maximum Power Point Trackers (MPPTs), it supports Bi-facial modules and accommodates higher DC current thresholds (Max. 15A per string). Packed with features like PLC communication, internal humidity detection, and Bluetooth-enabled configuration, it ensures seamless operation. The HT series is engineered for elevated savings in installation, increased productivity, and diverse monitoring options, prioritizing safety in compliance with stringent industry standards.
  • The GoodWe Smart DT series inverter is crafted for three-phase home solar systems, offering a versatile power range from 5kW to 50kW. Equipped with two integrated Maximum Power Point Trackers (MPPTs), it accommodates inputs from various roof orientations. Compact, lightweight, and easy to install, the SDT series inverter suits both indoor and outdoor setups. Its fanless, natural convection cooling ensures quiet operation, making it an ideal choice for residential solar solutions.
  • The GoodWe Smart DT series inverter is tailored for three-phase home solar systems, spanning a diverse power range from 5kW to 50kW. With integrated dual Maximum Power Point Trackers (MPPTs), it accommodates inputs from different roof orientations. This series is characterized by its compact, lightweight design, ensuring easy installation for both indoor and outdoor settings. Notably, the inverter operates quietly, thanks to its fanless, natural convection cooling system.
  • The GoodWe DT series inverter caters to diverse solar needs, finding its place on commercial, industrial roofs, and small to medium-sized photovoltaic power systems. With lower losses, a compact build, and lightweight design, it stands out in efficiency. Boasting extremely low Total Harmonic Distortion (THDi), it ensures a purer power grid. Beyond its reliable grid support and high waterproof and dustproof grade, the extra-wide voltage range makes it versatile for commercial rooftops, power stations, and large-megawatt projects. Additional features include a super large 5-inch LCD, IP65 dustproof and waterproof rating, IP68 cooling fan, and multiple communication options – RS485, Wi-Fi, and Ethernet.