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An air-source heat pump (ASHP) is a type of all-in-one heat pump that absorbs heat from a colder place and releases it into a warmer place using the same vapor-compression refrigeration process and same external heat exchanger with a fan as used by air conditioners. Unlike an air conditioning unit, however, it is able to both warm and cool buildings and, in some cases, also provide domestic hot water. Then, let’s introduce in detail what are the specific functions of ASHP?
Here is the content list:
What is the operation principle of ASHP?
How does ASHP work in extreme cold conditions?
What is the service life of ASHP?
Air at any temperature above absolute zero contains some energy. An air-source heat pump is a kind of all-in-one heat pump that transfers some of this energy as heat from one place to another, for example between the outside and inside of a building. This can provide space heating and hot water. A single system can be designed to transfer heat in either direction, to heat or cool the interior of the building in winter and summer respectively. For simplicity, the description below focuses on use for interior heating.
The technology is similar to a refrigerator or freezer or air conditioning unit: the different effect is due to the physical location of the different system components. Just as the pipes on the back of a refrigerator become warm as the interior cools, so an ASHP warms the inside of a building whilst cooling the outside air.
The main components of an air source heat pump are:
1. An outdoor heat exchanger coil, which transfer extracts heat from ambient air
2. An indoor heat exchanger coil, which transfers the heat into hot air ducts, an indoor heating system such as water-filled radiators or underfloor circuits, and a domestic hot water tank.
Air source heat pumps can provide fairly low-cost space heating. The high-efficiency heat pump can provide up to four times as much heat as an electric resistance heater using the same amount of electricity. The lifetime cost of an air source heat pump will be affected by the price of electricity compared to gas (where available). Burning gas or oil will emit carbon dioxide and also nitrogen dioxide, which can be harmful to health. An air-source heat pump issues no carbon dioxide, nitrogen oxide, or any other kind of gas. It uses a small amount of electricity to transfer a large amount of heat: the electricity may be from a renewable source, or it may be generated from power stations that burn fossil fuel.
An air-source heat pump designed specifically for very cold climates can extract useful heat from ambient air as cold −30 °C (−22 °F). Manufacturers include Mitsubishi and Fujitsu. One Mitsubishi model provides heat at −35 °C, but the coefficient of performance (COP) drops to 0.9, indicating that resistance heating would be more efficient at that temperature. At −30 °C, the COP is 1.1, according to the manufacturer's data (the manufacturer's marketing literature also claims a minimum COP of 1.4 and performance to −30 °C). Although air-source heat pumps are less efficient than well-installed ground source heat pumps in cold conditions, air-source heat pumps have lower initial costs and may be the most economic or practical choice.
A study by Natural Resources Canada found that cold climate air-source heat pumps (CC-ASHPs) work in Canadian winters, based on testing in Ottawa (Ontario) in late December 2012 to early January 2013 using a ducted CC-ASHP. (The report does not explicitly state whether backup heat sources should be considered for temperatures below −30 °C. The record low for Ottawa is −36 °C.) The CC-ASHP provided 60% energy savings compared to natural gas (in energy units). When considering energy efficiency in electricity generation, however, more energy would be used with the CC-ASHP, relative to natural gas heating, in provinces or territories (Alberta, Nova Scotia, and the Northwest Territories) where coal-fired generation was the predominant method of electricity generation. (The energy savings in Saskatchewan were marginal. Other provinces use primarily hydroelectric and/or nuclear generation.) Despite the significant energy savings relative to gas in provinces not relying primarily on coal, the higher cost of electricity relative to natural gas (using 2012 retail prices in Ottawa, Ontario) made natural gas the less expensive energy source. (The report did not calculate the cost of operation in the province of Quebec, which has lower electricity rates, nor did it show the impact of time of use electricity rates.) The study found that in Ottawa a CC-ASHP cost 124% more to operate than the natural gas system. However, in areas where natural gas is not available to homeowners, 59% of energy cost savings can be realized relative to heating with fuel oil. The report noted that about 1 million residences in Canada (8%) are still heated with fuel oil. The report shows 54% energy cost savings for CC-ASHPs relative to electric baseboard resistance heating. Based on these savings, the report showed a five-year payback for converting from either fuel oil or electric baseboard resistance heating to a CC-ASHP.
Air source heat pumps can last for over 20 years with low maintenance requirements. There are numerous heat pumps from the 1970s and 1980s in the United States that are still in service in 2012even in places where winters are extremely cold. Few moving parts reduce maintenance requirements. However, the outdoor heat exchanger and fan must be kept free from leaves and debris. Heat pumps have more moving parts than an equivalent electric resistance heater or fuel burning heater. Ground source heat pumps have fewer moving parts than air source heat pumps as they do not need fans or defrosting mechanisms and are located indoors. The ground array for a ground source installation should last for over 100 years.
Air source heat pump is our life simpler and more convenient, has become an indispensable electrical appliance in our life. Its widespread use has helped many people in extreme weather. It not only regulates temperature but also provides hot water, making it a better presence than air conditioning. If you are in all-in-one heat pump and air source heat pumps business, you can consider our cost-effective products.
On May 21, 2012, seven years ago, it is a landmark day, a day to record the glory of the new energy industry, a day that makes all Micoe people unforgettable. On this day, Solareast·Micoe successfully lands on the A-share main board of Shanghai Stock Exchange, becoming the first share of China’s solar thermal industry and opening a new era of new energy development.
28th September 2013, award ceremony of “World Executive Summit 2013 and Asia’s 500 Most Influential Brands” held in Hong Kong, during the award ceremony, Micoe pass through The Asia’s 500 Most Influential Brands’ strict selection and Auditing, brand strength and potential of development has been recognized, becoming the first “Asia’s 500 Most Influential Brands” in the China’s new energy industry. Mr. Robert Mundell, the chairman of World Executive Group, professor of Columbia University, winner of 1999 Nobel Prize in Economics and Mr. Ravi Dhar, senior professor of Yale University, director of Yale user monitoring center pass the Certificate to Micoe, also Samsung, Toyota, Industrial & Commercial Bank of China, China State Grid Corporation, CCTV and etc, has be rewarded along with Micoe. There are 188 brands from Chinese Mainland in the list.
Professor Robert Mundell delivered a speech and stated the concept and meaning about “The Asia’s 500 Most Influential Brands” corporate rankings, he said, the rapid development of Chinese enterprises is worth of being praised and respected by the whole world due to making great contributions to the global and Asia’s economy, especially in the field of new energy.
“The Asia’s 500 Most Influential Brands” is a authoritative list which measuring multi-fields large enterprises’ size, influence and strength, also reflect the state of the world economy, it is very authoritative. May 2012, Solar East—Micoe Listed in Shanghai A stock (603366); April 2013, the State Statistical Bureau authority released: In year 2012, all-glassvacuum tube solar water heater made by Micoe sales volume is the largest in the same products in China; This time, again, Micoe has become the first “Asia’s 500 Most Influential Brands” in the China’s new energy industry.
Since the establishment of Micoe, specialized in engaging market-oriented commercial practice in Chinese new energy industry, and successfully explored a replicable promotion road about new energy. For 13 years, based on the whole industry chain manufacturing platform which scale is the largest and quality is the highest in solar industry, continually carrying on technology innovation and business model research, leading and pushing forward the development of solar thermal utilization industry of Chinese new energy, meanwhile the favorable corporate responsibility has been winned widespread praises from the social publics. In 2013, Micoe has put forward industrial strategy called “large solar thermal”, which not only clearly draws the outline of technical roadmap of solar thermal utilization industry, but depicts a brand new and large blue ocean market of solar thermal collector industry.
The related experts said, just these five advantages that establish today’s market position of Micoe, and which is the secret that why Micoe has the ability to win “The Asia’s 500 Most Influential Brands”.
(Professor Robert Mundell, who is the chairman of World Executive Group、professor at Colombia University in United States、winner of the Nobel prize in Economics in 1999, made speeches)
(Professor Robert Mundell & Professor Ravi Dhar(middle) jointly presented award for Mioce)
Certificate