Emergency Management Essay on Emergency Standby Power Requirements

Emergency Standby Power Requirements

Energy is essential to enhance growth both in social and economic sectors. It is a vital aspect that enhances transformation across various sections of the globe. Furthermore, energy incorporates cost meters that are useful in determining the reserved power. This applies in domestic equipments in relation to the manner in which the wattage is used.

The standard load aspect determines how households and firms depend on the energy system in their daily operations. It is also essential to understand the manner in which the emergency power operates especially when there is a serious overload. In this regard, different steps have been put into consideration to assess power that is on standby. To facilitate the efficiency, experts plug into the socket the energy cost checker. They further insert the unit plug into the checker for duration of 24 hours.

This takes place after they indicate the annual expenses and the KWh. In this condition, the daily usage should be the same as the KWh units that are applied on a daily basis. To enhance effective measurement of these units, it is also essential to press a key. This further displays different outcomes such as the real voltage and its expenses per tariff. In the following move, the key is pressed to depict full time that was taken in recording. It also displays the duration that the client took to switch it off. The next step after duration of 24 hours does not incorporate measurement (Brandon, 2011).

Data is then collected and the stop key is dialed to return the consumption to normal operation. In the last step, the checker becomes useful when it keeps a record of new capacity. During purchase, it is vital for clients to insist on tools that are efficient with inbuilt energy. Standby use of power should also be encouraged to reduce expenses of products that do not incorporate testing procedures.



Brandon, K. (2011). Understanding load factor implications for specifying onsite generators, MTU Onsite Energy Corporation, Retrieved on 3 May, 2013 from: http://www.mtuonsiteenergy.com/fileadmin/fm-dam/mtu-oe/technical-info/white-papers/load_factor_MTU251_092311_E.pdf

Jim, I. (2007) Economic risk assessment drives today’s standby power system decisions, Retrieved on 3rd May 2013 from: http://www.cumminspower.com/www/literature/technicalpapers/PT-7005-EconomicRisk-en.pdf


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