HVAC Systems Consume Less Energy When They Are Maintained Properly

A majority of facility organizations prefer a reactive mode for operation even when they possess years of experience in publishing stories, demonstrating programs and conducting researches. Facility executives utilize a majority of their resources for reactive operations although they are pretty much aware that it’s more effective to use maintenance tools in a predictive and planned way while scheduling maintenance activities. Absence of quality resources is often the main reason behind this.

The fact that the HVAC systems play a crucial role in all facility departments makes it worse to follow them in this reactive maintenance approach. Utilization of energy in excess of 40% at specific commercial buildings is dependent on HVAC systems. When it comes to managing energy consumption in a facility department, the most important steps involve maintaining top efficiency in HVAC systems and ensuring their smooth running.

An effective maintenance of HVAC system gets beyond restriction of energy consumption. Apart from making things comfortable for the inhabitants, the internal systems in modern buildings offer more in terms of operational benefits. In order to ensure a smooth operation, certain environmental conditions are necessary for our advanced telecommunication systems. Besides expensive damages, certain service interruptions may be caused humidity and temperature levels that go beyond the specified range. An improper maintenance of HVAC systems may compel a business to shut down besides influencing its performance negatively.

Advantages of proper HVAC maintenance

Energy efficiency is truly affected by HVAC system maintenance. It is one of the simplest advantages of this system that needs to be documented properly. In comparison to all neglected HVAC systems, units that undergo proper maintenance will reflect lower energy consumption by up to 20 percent.

For instance take any central building chiller for checking its performance. Building chillers are mostly known for consuming a high level of electricity. Regular maintenance tasks are a must for such chillers to ensure an efficient operation. Energy usage increases with a decrease in efficiency when you neglect maintenance work of these chillers.

Begin with a chiller operation log. The chiller’s operating efficiency can be achieved from the log data once you work with a service provider. Compare this curve with another that shows the chiller’s efficiency when the maintenance steps were conducted through suggested intervals. Savings in terms of cost and energy can be achieved by identifying the gap between these two operating efficiencies. Larger savings may result out of efficiency caused by higher equipment energy consumption.

Certain HVAC systems like boilers and chillers reflect low energy consumption estimates, although the estimates of other savings don’t seem to be so straight forward. Air dampers in the market may be considered. Proper air ventilation is demanded by most of the temperature control systems. Responding to these temperature control systems demands a proper maintenance of air dampers. Extra air ventilation is ensured when it’s difficult to adjust the damper linkage or when it sticks open. Under such circumstances, Air conditioning seems possible when extra cooling or heating energy is used by the temperature control system. Smooth operation of a damper can only be experienced when it is maintained, tested and inspected properly on a regular basis. Consumption of energy can also be minimized in this way. By searching online you’re bound to come across a few 24 hour HVAC repair services. You must inquire about how much you ought to pay for your stuck damper, how much time it will take to recover and the steps you need to follow.


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