SVR Series Single Phase AVR

The TCR series of three-phase fully automatic compensating power regulators are designed to stabilize AC voltage by introducing Western European cash technology. When the external power supply network voltage fluctuates or the load changes cause voltage fluctuations, it can automatically maintain the output voltage stablility. Compared with other types of voltage stabilizers, this series of products have the advantages of large capacity, high efficiency, no waveform distortion and stable voltage adjustment. It is suitable for a wide range of loads, can withstand instantaneous overload and can work continuously for a long time. Manual/automatic switching at will, with overvoltage, overcurrent, phase loss, phase sequence protection and automatic mechanical failure protection, as well as the advantages of small size, light weight, convenient use and installation, and reliable operation.

TVR series three-phase high-precision automatic AC voltage stabilizer, a new generation of intelligent regulated power supply the input phase system is three-phase four-wire system, the output voltage is 220Vac phase voltage and the line voltage is 380Vac. Within the rated capacity range, it can be used at the same time for electrical equipment with a single-phase 220Vac or three- phase 380Vac power supply, and is equipped with delay, over voltage, under voltage, and over current protection functions.

EverExceed solar LiFePO4 battery system is specially optimized for PV application, mainly used for the energy store battery of Photovoltaic system; its advance intelligent lithium battery management technology to ensure the intelligent automatic management. With "Energy transfer" balanced patented technology, EverExceed lithium iron phosphate provide high efficiency balanced and prolong system operate life. Based on its own technical features as high capacity, high voltage and free of pollution, the lithium iron battery is widely concerned by people with a rapid development stance. It will be the first choice for the high requirement energy store battery solution.

EverExceed CHF Chargers series of industrial float chargers is designed to automatically control charging rates for a wide variety of battery types and simultaneously provide full rated output. The industrial battery charger is constant voltage devices with automatic current limiting. Voltage regulation and current limiting are controlled by solid state integrated circuitry to assure maximum performance in minimum space. The CHF stationery charger series is ideally suited to utility, communications and other charger applications.

EE-BMS-E1 is an comprehensive online battery monitoring system developed by EverExceed UK lab for UPS, telecom, power utility & solar etc applications. EE-BMS-E1 can monitor all cell voltage, internal resistance, current and temperature at regularly scheduled intervals. Ideally for your system real-on-time observation request, EE-BMS-E1 is a reliable monitoring system should be employed. EE-BMS-E1 can detect developing problems long before a critical situation develops. The user must, of course, pay attention to all alarms and perform the required corrective actions. It is particularly important to measure and record values during the installation and to look for trends over time. Changes in values over time, even though they may be within the manufacturer's allowable ranges, may be cause for concern and may require action.

PowerChampion Series Low Frequency Industrial UPS is a configurable uninterruptible power supply (UPS) system that offers true industrial modular architecture and maximized power performance. It combines conservative design (SCR) with battery management system and proven digital control to ensure the utmost reliability in any electrical and environmental conditions. The system consists of rectifier/ charger, inverter, static bypass, maintenance bypass, rectifier isolation transformer, inverter isolation transformer, bypass line isolation transformer, automatic line stabilizer, DC distribution, AC distribution, controls and monitoring. The AC output of the inverter is connected to the critical load, the storage battery is connected between the inverter input and rectifier/ charger output through a battery isolation MCB. The normal AC input power is connected to the rectifier; the bypass circuit also takes power from the same power source to provide power for the critical load during bypass operation when the system is in maintenance mode.