What to Know in Improving the Efficiency of Your HVAC System
Heating, ventilation, and air-conditioning (HVAC) systems are a significant part of every kind of building. This includes residential spaces (condominiums, apartments, and houses), commercial spaces (office buildings, universities, schools, hospitals, and hotels) and industrial spaces (manufacturing plants, warehouses, and factories).
Trends in building performance and maintenance have increased interest in such systems since they help with monitoring air quality, humidity, and temperature. There are no better tools to maintain a safe indoor environment for both equipment and residents inside the buildings.
HVAC systems provide comfort to your houses, condominiums, and businesses. But it is crucial to maintain their efficiency, and thus the reason why there is a need for HVAC service like this Toronto HVAC company. They handle all types of repairs for heating, furnace, and air conditioning.
Here are some points to consider in the improvement of HVAC system efficiency:
The design of the HVAC system coincides with its structural architecture. If you will decide as soon as possible on the layout of the HVAC, it should guarantee that energy code and safety requirements have been met. This entails the consideration of an optimal system, including the engineering and architectural requirements of the whole building. Also, the safety factors for the installation of large equipment should also be taken into consideration. Sizing is another factor to consider since they need to be correctly sized, and it should include an allowance for uncertainties.
It is highly recommended that licensed staff perform bi-annual maintenance on HVAC systems. The general tasks relating to maintenance include the following:
- Air filter replacement
- Cleaning of transfer coils in chillers, air conditioners, and heat pumps
- Inspection of piping and ducts for the avoidance of damages and leakage
- Inspection and repair of fan motors and air ducts
- Annual monitoring of your furnace
Substantial savings can be made through the adjustment of temperature setpoints—both higher summer temperature setpoints and the lower winter temperature setpoints. One of the approaches you can do to save on your HVAC bills is through the optimization of the system operation. Turning off the system when there is no one in the building should be done. An efficient setting is the utilization of the “Auto” mode to let the fan operate only when cooling or heating is provided.
A configurable thermostat will instantly turn on the air in inhabited spaces, turn off during off-peak hours, and schedule preferred setpoints. It is necessary to ensure that the thermostat is positioned where the temperature is reflective of the entire city. Electronic equipment, heat vents, or computers should not be placed near an air conditioning unit.
Energy management system (EMS)
Energy Management Systems (EMS) or Building Energy Management Systems (BEMS) are computer systems that track and regulate the energy and HVAC systems of a building. The software manages the HVAC system and offers reminders and notifications when the HVAC system is not working efficiently. BEMS are commonly used for complex and broad buildings and multi-site buildings.
An HVAC machine is generally expensive for a commercial building. Before you jump to replacement when your system is not in good working condition you can try having it repaired at a lower cost. In general, a planned repair may be arranged at a reduced cost and with less disruption than the emergency replacement of a unit that broke down. Unless you intend to upgrade some cooling or heating equipment after other upgrades have been introduced, this has to be done.
An HVAC system is, therefore, an essential component of an energy-efficient, comfortable, and healthy building. Since HVAC systems are the biggest consumers of energy in an area, it is necessary to ensure that measures of energy conservation are in place at home to make sure that greenhouse gas emissions, costs, and energy consumption are reduced.