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We Join Forces with Loughborough University

Technical engineering company Powerguard has teamed-up with Loughborough University to develop a new generation of green energy technology. Powerguard and Loughborough University have entered into a Knowledge Transfer Partnership (KTP), a scheme which helps businesses to improve their competitiveness and productivity by using the expertise, technology and skills available at a university.

Under the KTP, a KTP Associate works alongside the organisation’s engineers and academics from the University to maximise the transfer of expertise and experience. This KTP is being funded jointly by the Technology Strategy Board, the Engineering Physical Research Council and Powerguard.

Graham Chapman, Managing Director of Powerguard said, “The KTP is working very well for everyone concerned, having the specialist resource to develop the mathematical software is allowing rapid two-way learning, and providing us with the solutions to see ground-breaking concepts move closer to reality. Our KTP Associate is also learning about the practicalities of business, and importantly for him, the realities of R&D in a commercial environment.”

When asked whether Powerguard would look to work closely with Universities on other projects, Graham Chapman commented, “Once involved, things become clear, the UK industry must take advantage of these partnerships to aid the development of new technologies that will shape the future of our lives. Powerguard is committed to nurturing new partnerships in other areas of our business and providing students with the practical experience required for them to adapt to work.”

New Mains Standby System with 25 year warranty

Powerguard’s MS Mains Standby System comes complete with an expected 25 years’ service life and batteries that are expected to last 10 years with minimal service requirements. MS Mains Standby Systems are designed to automatically provide 230V AC electrical power when the utility mains supply fails offering a greener alternative to diesel powered standby power. The MS System is designed to be over 98% efficient with a typical 10kW system consuming only 128W during normal operation. Designed to recharge a fully discharged battery to over 80% of full capacity within 12 hours, the MS System can be located almost anywhere due to its silent operation, small space requirements, hands-off operation, and long operating life. MS Systems are available with Power ratings from 100VA to 30kVA single phase and 3kVA to 100kVA three-phase.

A Microprocessor control system is incorporated which switches on the emergency power supply as and when required providing any facilities and/or equipment with reliable mains quality power at 230V AC. On return of the mains power supply, the system will reconnect the mains feed and recharge.

MS Systems are designed using the same components as the market-leading Powerguard emergency lighting system which has proven to be rugged and reliable over many years in mission-critical applications.

A Retrofit for Existing Diesel Generators

Powerguard has introduced the most efficient and cost-effective retrofit solution for providing off-grid electrical power for twenty-four hours a day three hundred and sixty-five days a year. The PS System is able to control any auto-start generator enabling fuel consumption to be slashed by two thirds, generator service by two-thirds, and generator life to increase by three times.

The PS System is also built with the most efficient charge and control system available. When the electrical power requirement is low, the PS system provides power stored in its battery bank via an inverter and thus turns off the generator. When the load is high, the generator is turned on with excess energy not used to power the load being diverted to recharge the battery bank for use in low load periods. Including an intelligent Microprocessor control system, inverter, battery charger, and battery bank, the PS System is integrated into a simple retrofit package.

The PS System is also enabled to take power inputs from renewable sources including wind turbines and photovoltaic (solar) panels. The microprocessor will control the inputs from these multiple sources in a way that minimizes the use of the generator and vastly increases overall efficiency. On completion of the installation, the system is expected to reduce the generator run-time by more than two thirds.

If you’d like to learn more about off-grid, grid-backed hybrid systems or any of our other products get in touch today.