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We Have The Best Heat Pump Service
Copeland Heat Pump a complete Hot Water Solutions for Commercial, Residential and Swimming Pool Applications. It is suitable for Hospital, Hotel, Restaurants, Apartments, Swimming Pool, Spa, and Bungalows
Heat pump technology
the working of a heat pump
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Copeland Heat Pump several advantages over conventional water heating systems. Besides being more reliable and efficient, these contribute to a more sustainable environment by utilizing renewable energy sources. Combining renewable sources and applying vapour compression technology results in substantial cost savings and a more environmentally sustainable means of heating water. Reduced usage of fossil fuels also contributes to cleaner air quality.
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In today’s time of skyrocketing energy costs, Heat Pumps are what you need for all your hot water needs. Traditional methods of heating water, such as electric water heaters and burning of fossil fuels, are proving to be increasingly expensive and aren’t eco-friendly too. So how cost effective are Heat Pumps for you? Heat Pumps save you up to 75% in energy costs and also drastically reduce environmental pollution. Just to give you an idea, the average heating cost, calculated in KW is by far the best for a Heat Pump. While Electric heating costs you approximately 8.8/KW, and LPG heating costs you 7/KW, Heat Pump costs you a mere 1.2/KW! Imagine the savings over an entire year.
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Emerson has developed a range of commercial and residential Heat Pumps that utilize naturally available heat from air, ground and water. These are designed specifically for Indian conditions and deliver unmatched comfort and convenience. Emerson has also developed specialized Heat Pumps that are designed to heat swimming pool water to a precise temperature, so that you can enjoy swimming all year round, whatever the season. Whatever your requirement, Emerson Heat Pumps, with their reliability and versatility are the perfect choice.
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Copeland Heat Pump is a significantly more efficient solution for heating water. It utilizes naturally available heat from water, ground and even winter air and applies a vapour compression refrigerant cycle, consuming nearly one quarter of the electrical energy required for traditional water heating. At 75% reduced energy consumption, this contributes to cleaner air
