◊ Inverter providing an output power which is cleaner than or similar to the main supply.
◊ It provides a constant power over various load conditions.
◊ The name sine wave is derived from the very fact that the main power supply to our houses comes in the form of a sine wave only.
◊ Similar the output power of an inverter to a pure sine wave better is the inverter.

Microcontroller based design means the signals in the circuit are being Controlled and processed by a programmed chip. The advantages of a microcontroller based design are fast Processing, quick response, compact as compared to discrete design, Very easy to update the design.

Parker power GPH-UPS & GPH-inverter provides you pure sine wave For your appliances. All your appliances are designed to work with pure sine wave only. Impure or distorted sine wave may be a cause of defect or degradation in The efficiency of your appliances.

Parker power products are free from hazardous fumes ( SMF batteries Does not emit any fumes) and produces minimal noise pollution

Parker power products are designed in consideration with indian Enviromental conditions. All the products have cooling fans Inside the encloser. The cooling fan operates through thermal Sensors, when temprature rises inside the encloser the fan Starts automatically and cools till ambient temprature.

Parker power inverter / ups have a unique child lock Protection, the system power switch will change the state (On / off) by two operations only.

ISO 9001:2000 & ISO 14001:2004
Our group's companies have been awarded ISO 9001: 2000 and ISO 14001: 2004 certifications, signifying their streamlined processes and quality of highest order with a great commitment to Quality and Environment.

Watch Dog
A unique charging technology which protects your inverter's Batteries from deep discharge, self discharge. Reduce electricity Bills and maintain batteries health for longer life.

Soft Start
When inverter starts, the output voltage gradually increases. This Feature reduces the surge current generated by appliances.

For A PWM battery charger system, the MOSFET used for PWM inverters are utilized to charge the battery in battery charger mode, thus fewer system components are required for the Inverter system and higher overall system efficiency is achieved. By using advanced fuzzy logic techniques for battery system feedback control, the battery charger system is able to achieve better dynamic performance and easier implementation