Friday, November 6, 2015

Hotels Install Solar Blocking Window Film to Enhance Energy Performance

hotel saves energy with window film

When a hotel client chooses whether or not to book at the same hotel, the biggest deciding factor in their choice is based upon guestroom convenience. The amount of noise, the mattress on the bed, quality of lighting in the rooms, how much water pressure, temperature in the room – all of these are aspects that influence the experience guests have in a hotel.

In a J.D. Power and Associates research study completed in 2012 on similar complaints amongst hotel visitors, temperature/heating/cooling concerns were the top three (immediately after sound levels and untidy rooms). A guestroom that is either too warm or too cold will likely make sleeping difficult, to work efficiently, and even feel comfortable.

Numerous things can influence a the temperature level in a hotel room: malfunctioning cooling and heating equipment, heat gain from the sun or the loss of heat through windows, lack of air flow, level of humidity, and so on. Figuring out the real cause can assist you to choose the most energy-efficient and cost-effective option.

To assist managing the temperature in a room in circumstances when heat gain from the sun and the loss of heat happens, hotels throughout the United States are discovering success with low-e window film that delivers high performance. The best window film option can enhance the insulation of already installed windows; it can minimize heat gain from the sun throughout the warmest months of the year, and might likewise avoid the loss of heat during the cooler months of the year.

Take a look at how these popular hotels took the complaints of guests seriously and made use of solar limiting window film to enhance the level of comfort.

Marriott Hotel

Winston-Salem, NC

The Winston-Salem, North Carolina Marriott, was having issues with their heating and cooling system: The guestrooms were getting a great deal of light from the sun, their air conditioning and heating units had not been able to keep the temperature below 78 degrees farenheit. Grievances about the guest room temperature triggered the hotel to examine possible options, and the installation of low-e window tint was done to help fix the guest room temperature issues.

Once the window film was installed, the hotel’s cooling and heating system had the ability to cool the hotel rooms to 72 degrees Farenheit – which is 6 degrees less than previously. The hotel’s yearly air conditioning and heating expenses are projected to reduce by a minimum of 5 %, conserving $24,000 each year. Forecasted repayment for the installation is roughly 3 years.

Hyatt Regency

Houston, TX

The Hyatt Regency in Houston, Texas (924,000-square-foot building) was getting complaints grievances about the temperature from their guests because of heat gain from the sun (with more complaints coming from the two southern sides). The Hyatt Regency was trying to find some way to address this issue, and was likewise interested in decreasing its yearly energy bill of $1.6 million .

The hotel chose to have low-e window tint installed to assist in decreasing heat gain from the sun, in addition to an vast sub-metering system so the staff of the hotel might keep track of the rooms that had window film installed. Also, the sub-meters determined the amount of energy used in the guest rooms that didn’t have window film installed so that energy-use contrasts might be determined.

According to the information compiled by the sub-meters, the guest rooms that had low-e, commercial window film ended up with a 23% reduction in energy use by cooling equipment and a 25% reduction in energy used by heating equipment. The cost of energy savings supplied a complete repayment in just over three-and-a-half years, based on nationwide typical setup costs along with accounting for an energy-efficiency rebate from their energy utility company.

The post Hotels Install Solar Blocking Window Film to Enhance Energy Performance appeared first on Los Angeles Window Tinting Pros.

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