Volume 8 – Mechanical and Electrical Services - Malaysia Geoportal
Volume 8 – Mechanical and Electrical Services - Malaysia Geoportal
Volume 8 – Mechanical and Electrical Services - Malaysia Geoportal
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Chapter 6 ENERGY EFFICIENCY IN MANAGEMENT OF M&E INSTALLATION<br />
6 ENERGY EFFICIENCY IN MANAGEMENT OF M&E INSTALLATION<br />
6.1 ENERGY EFFICIENCY POLICY AND CONCEPT<br />
Energy efficiency is a process of reducing or eliminating energy waste with the same level of<br />
productivity or services. In other word, it is how we manage effectively the usage of energy. In order<br />
to achieve energy efficiency, it requires a systematic <strong>and</strong> structured approach besides a logical <strong>and</strong><br />
comprehensive management approach. It needs a disciplined activity covering all the steps to<br />
achieve energy efficiency as part of overall energy conservation programme. Steps to achieve energy<br />
efficiency are as showed below:-<br />
a) Energy audit<br />
b) Identification of energy saving measures<br />
c) Implementation of energy saving measures<br />
d) Evaluation of measures<br />
In order to have effective results on Electricity Energy Efficiency regulation we need to address on<br />
the energy management programme. It is the establishment of a successful energy management<br />
programme for an industrial facility which depend upon the full interest <strong>and</strong> encouragement of top<br />
management of the facility as well as a formulated department policy committed in the effort to<br />
reduce energy consumption resulting in operational cost savings.<br />
Supervision of the energy management program must be delegated to those members of the staff<br />
within the organization who will commit the time <strong>and</strong> resources necessary. The program will not be<br />
successful if it is assigned as a part- time duty to staff members whose prime responsibilities lie in<br />
other area. In some instances, sufficient in-house staff may be available to develop a program;<br />
however, the management of many industrial facilities will not have access to a staff sufficiently<br />
conversant with such a program. If additional services are needed, they may be obtained through<br />
the use of consultant <strong>and</strong> engineering firms specializing in energy management technology. In order<br />
to ensure the success of a program, periodic report should be provided to management. Report<br />
showing benefits achieved, resources required, manpower <strong>and</strong> capital should be included. The report<br />
should be reviewed <strong>and</strong> commented upon by top management. Full commitment from all levels of<br />
the organisation is required if the program is to be successful.<br />
The energy management processes are:-<br />
a) Obtain management approval <strong>and</strong> commitment<br />
Key to success in an engineering effort is the approval <strong>and</strong> involvement of top management <strong>and</strong><br />
supervision. The approval is even more important in energy management program because<br />
expenditures will generally have no effect on production output. However, long-term major cost<br />
reductions can often be realized.<br />
b) Embarking from energy management program<br />
It is important to establish the existing pattern of electricity usage <strong>and</strong> to identify area where energy<br />
consumption could be reduced. A history of electric usage, on a month-by-month basic, is available<br />
from electric bills; this usage should be carefully recorded in format that will facilitate future<br />
reference, evaluation <strong>and</strong> analysis. Items to be recorded for evaluation <strong>and</strong> analysis shall include:-<br />
March 2009 6-1