• Are power cuts, electricity levies and the prospect of power rationing getting you down? PowerGuard manages your electricity consumption, while you get on with your life!

  • Peak power management is automatic and efficient. No human intervention is required.

  • PowerGuard allows any home to support more electricial appliances from the same mains supply by managing power more efficiently.

  • Annoying overload related trips can be eliminated cost effectively by installing the correct PowerGuard model.

  • PowerGuard allows smaller standby generators to interface with existing household wiring while conforming to relevant by-laws.

  • No maintenance required

  • PowerGuard can be installed by any certified electrician

  • South African designed and manufactured, PowerGuard is patented and SABS certified

  • Contact Johan at +27 11 787 8459 or +27 83 600 1827






BREAKING POWERGUARD NEWS

Video - Why Powerguard was designed

GOOD NEWS FOR PROPERTY DEVELOPERS

We are currently negotiating with electrical consultants to developers of upmarket homes and green buildings.

The problem they need to resolve is to enable electrical power delivery to upmarket residential developments on a maximum of 80 amps supplied. Peak power requirements typically exceed 100 amps for these type of homes.Sadly this situation arose because the power supplier could not deliver on the promise of providing 3-phase power.

SABS Approval - Finally!

After much perseverance, patience and money Powerguard proudly boasts SABS approval. Much has to be said of Johan and Stefan’s efforts. Our product successfully passed all the required tests and can now be installed with confidence by all users.

ENERGEX SHOW NASREC

Our Powerguard attracted a lot of attention from all spheres of the population at the ENERGEX exhibition at Nasrec from 6 to 8 June.

LOAD SHEDDING - Why Eskom stopped

In an article published in the Mail and Guardian of 11 May, Cornelius van der Waal of growth consultants Frost and Sullivan writes that the chief reason Eskom halted load-shedding was that the electrical distribution infrastructure could not take the strain. In plain Engish this means that the tremendous electrical loads generated in the power switching process caused strain on the swith gear of the power stations, causing tripping of power, fires and huge maintenace bills.

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