Charge Controllers

The HRS Regulator incorporates electronic Pulse Width Modulation (PWM) technology to regulate battery voltage to prevent overcharge. This generation of voltage regulation includes speed limiting to the turbine when the battery is full, which increases the lifetime of the windcharger. The HRS503 is designed for use with the Rutland 504 and previous Rutland 503 models.

The HRSi conveniently brings together a Rutland Windcharger charge regulator with an input for up to 160 Watts of photovoltaic panels in a single easy to install device. Multi-stage charge control delivers appropriate charge levels required to ensure your batteries get the maximum power they are able to retain and remain float charged. Suitable for charge regulation of the Rutland 913 & FM910-3 Furlmatic model windchargers

The new HRDi regulator is the latest wind and solar charge regulator featuring a new digital display and 160W solar panel input in a dual charging system. It's the next step up from the HRDX regulator which has been designed to meet the needs of increasing power demands and features a full digital display for an improved level of system information. The hybrid wind/solar charge controller can charge up to two separate banks of batteries for use with the Rutland 504, 913 or FM910-3 wind turbines.

Solsum Regulators provide protection for batteries from deep discharge and prevents reverse current in darkness. The Steca Solsum F-Line continues the huge success of one of the most used SHS controllers. Units have a power range of 6, 8 or 10A and will automatically recognise 12V or 24V. The circuit board comes with electronic protection and an LED user interface allows for easy checking of the battery state of charge at any time. The large terminals allow for connection to solar panels, battery and load. The Steca Solsum F works on PWM as a low loss series controller and is ideal for power regulation for logging systems with solar panels.

The DL-300 charge controller is designed to be used with the LE-v150, LE-300 and LE-300 wind turbines. It incorporates a 300 Watt resistor/heater and controller board in a stout powder coated steel enclosure. The DL-300 controller operates like an electrical overflow for your batteries and additional power is dissipated as heat. This means that the turbine is always running – and not being switched on and off as is the case with other charge control methods. It also means that your batteries are never ‘cycled’ through on/off charging techniques and this will prolong the life of your expensive battery bank.