About Energyca Pvt. Ltd. in F110, B Wing, Hemendra C.H.S Gokhale Road,, Thanepada

We are in business of HVAC projects from concept to commissioning from year 1990. We have worked on almost all types of systems including screw, vapor absorption and reciprocating chillers and condensing & duct-able units.

ENERGY management in building / hospitals is the control of energy use and cost while maintaining functional needs. Energy efficiency improvements need not sacrifice any functionality of the facility.

Good energy management has goal of reducing energy expenses to the lowest level possible with out sacrificing comfort, productivity, or functionality .The energy manager should under stand how energy is used in the building / hospitals , to the manage energy use and costs effectively.

Opportunity of saving could be by reducing the unit price of purchased energy, and / or by improving the efficiency and reducing the use of equipment when not required.

Water / sewer costs and use may be included in the energy management activity.

The specific processes by which building / hospitals owners and operators control energy consumption and costs are as variable as their facility types. Many facilities, such as small scale and cottage industries, retailers usually involve the efforts of one person. Energy management procedures should be as simple, specific, and direct as possible. General advice ,such as from utility energy surveys or state or provincial energy office, can provide ideas, but these must evaluated to determine whether they are applicable to a specific building. Very large and complex facilities, such as hospital, offices ,campuses, industrial complexes, or large office buildings , usually require a team effort.

Regardless of the complexity of facilities, energy management has the same basic steps:

1.An energy manager is usually appointed to oversee the progress. Doing so ensures that someone is dedicated to the initiatives and accountable to the company.

2.Establish an energy accounting system that records energy and water consumption and costs, thus providing data for analyzing energy use and identifying energy conservation opportunities. It also should include comparisons with energy use and costs of other similar buildings, for use in benchmarking and setting energy performance goals.

3.Validate and analyze energy use data.

4.Carry out energy surveys and walk - through audits to provide the information needed to identify low-cost /no-cost operations. Often, a qualified energy professional is hired to do this.

5.Using the survey results, change how the building is operated, using good judgment to change procedures with energy management in mind. Conduct detailed energy audit of most promising opportunity that has arisen out of walk through audit. It is recommended to conduct detailed audit of all utilities if not done previously at all. It will help you to establish status and will form basis for future audits.

6.Evaluate energy conservation opportunities for expected savings, estimated implementation costs (including any design work required), risks, and non energy benefit (e.g. improved system operation, better indoor comfort). Establish baseline energy use for whole building or individual energy conservation opportunities. Recommend a number of prioritized energy conservation projects for implementation.

7.Implement approved energy conservation measures (ECMs). This includes tendering any projects that must be outsourced.

8.Track trends and monitor results, using the energy accounting system for overall performance supplemented as needed by energy monitoring related to specific projects, and report to senior management.

9.Compare energy performance to past goals, revise as necessary, and develop new goals. Report results to management. Return to step 7 and continue the process; it requires ongoing diligence to maintain and continually improve energy savings and reduce utility costs.