Let’s talk about 30-40% of the electricity bill. That’s just how much it costs the average home owner or commercial creating owner to provide proper heating, ventilating, and air-conditioning (HVAC). A good Houston HVAC system is the key to sustaining a comfortable, healthy and interior environment. Through the years, I have been asked by many people owners for a strategy to reduce their cost of energy and

HVAC. They don’t want to sacrifice the interior environmental problems, but they do want a point-by-point plan to follow. The actual interesting thing that usually happens is that power bills are lowered substantially and the HVAC system performance is improved. This is a standard function of any mechanical professional specializing in energy and HVAC.

The information in this article will help homeowners, creating owners and building operators make knowledgeable decisions about current HVAC systems or future upgrades.

• Heat Load Reduction
• HVAC Methods
• Control Systems
• Procedure and Maintenance

The first step to achieve energy and HVAC system optimization is actually load reduction. This step normally consists of a lengthy range plan that itemizes the actions to be taken based on best roi.

Reducing your building load allows the existing Heating and cooling system to operate more proficiently. If a new system or systems are now being considered, it will be less expensive to design for the decreased load as opposed to the current load. A few common load reduction strategies include:

Tighten your building shell and add additional insulation. Adding insulating material in existing buildings may not be achievable sometimes, so more thing to consider should be aimed at the outside shell, especially doors and windows.

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Installing energy-efficient windows. This can be a big item on some buildings that also have single pane windows. The installation of dual pane windows with a thermal break is a great return on investment. Make sure they are Energy STAR qualified windows. Tinting or Low-E coatings will even be better.
Upgrading lighting systems. The typical commercial building includes a lighting density associated with 2-3 watts per sq . ft . which maintains proper lighting levels. This is a significant part of the HVAC load and just about any efforts in this path will lower the actual cooling requirement for your building. Accent lighting (sometimes called architectural lights) are not always energy-efficient and should not be considered if you wish to reduce energy and HVAC costs. Energy-efficient lighting systems emit less heat into conditioned space than more mature incandescent technology. If you have a return air plenum instead of return air ductwork, consider light troffers so that some of the heat from the lights is returned to the HVAC system rather than going into the occupied area.

Selecting efficient equipment and electronics that have a power saver option will lessen the sensible heat gain in the space. Items to think about include copy machines, kitchen area equipment, computers and refrigerators.

Control ventilation by having your outdoors air balanced. Most building owners have drawings of the unique HVAC system set up. Have the drawings examined by a mechanical engineer to confirm your outdoors air flow rates conform to the latest code needs. If no sketches are available, your mechanised engineer should still be able to make recommendations for improvement.

Addressing these items is your first step to reducing energy and HVAC costs.

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