Different Ways to Support and Maintain Emergency Power System

Posted by Ron William on October 24th, 2017

The reliability of the emergency power system depends on two main factors, i.e., the quality of the equipment and quality of maintenance equipment receives. Without proper servicing and time-to-time to testing, equipment can decline the unreliability that in turn urges to incorporate several practices with scheduled maintenance.  Scheduled maintenance keeps the emergency power supply in a better working condition that is possible by incorporating several practices. In this blog, you will get to see the essential practices that support the emergency power system and why every power backup service should incorporate them -

Transfer Switch maintenance to keep the power supply: 

Being one of the important requirements, there are two ways to ensure proper condition of transfer switches: Automatic and manual.  Well, depending on the building’s electric supply needs, “make before break” is used. However, irrespective of the type of switches, inspection of Oxidisation, corrosion and loose parts should be conducted in a certain interval. Moreover, electrical outage should be simulated to check if the switches are working properly or not.

Test with load bank:

 Load bank is a device that creates electrical load and sends it to another electrical device. Industrial electrical solutions like, leadingpowersolutions.com.au offers test and ensures smooth operation of generators and voltages, circuit breakers, transfer switches and fuse boxes. If you hire portable load bank, you can achieve all the purposes mentioned above. In order to perform different types of testing, four different types of testing equipment are available:

• Electronic:

Electronic load testing ensures constant power supply only to a specific destination. The testing device is programmed to test power supply to a specific service and also useful for high voltage circuit breaker maintenance.

• Inductive:

Inductive load bank is used to simulate the different range of power supply. Full system testing, evaluation of generators, power transfer switches and voltage regulation equipment uses this service.

• Capacitive:  

Capacitive load bank is somewhat similar to the inductive load testing system. Well, the primary difference between two is the capacitive one generates the initial power load that has made it an amazing testing system. The timely test ensures the non-linear power supply to a computerised system or telecommunication unit. 

• Resistive: 

Resistive load bank testing for generator is in use to provide the equal loading capacity for compatible machines and their engines. The amount of power that a load bank applies to a machine, the same amount of power machine applies to the engine.

 Use of infrared technology for testing:

 Infrared testing uses infrared technology that professionals use to test the thermal characteristics of electric gear that senses the thermal emission. “Hot spots” are the generated signals that occur due to the presence of any problems. In addition to the detection of the major problems, they get fixed quickly without involving a lot of expenses. Moreover, the loose parts can be tightened on the spot after de-energising the electrical equipment.

Retrofits for generator care: 

Retrofitting is a testing procedure that assesses a range of generators and gives preventive care to ensure long span of generators. Right retrofits can easily lengthen the lifespan besides upgrading to strategic retrofitting for emergency care.

Resource Box – The author has had experiences with hire portable load bank and has relevant information on dealers for resistive load bank testing for generator.