air energy 16kw hot water heat pump- China Manufacturers Factory Suppliers

In recent years, the rapid development of a new generation of information technology represented by big data and artificial intelligence, the digital economy has become an important engine to lead global economic and social change and promote the high-quality development of China's economy. It can be said that from the development point of view, the digitalization of the economy has been the inevitable trend of development.

Digital technology, high-tech dividend is replacing the demographic dividend, market dividend, become an important engine and boost for the next stage of economic development, which has become the general consensus. In fact, in the process of policy to continuously promote the development of digital technology, many scale enterprises are in their respective fields to explore the digital development of cutting-edge technology, and actively layout the construction of digital intelligence systems and platforms.

Such as A.O Smith launched an innovative AI-Link all-connected full control of intelligent IOT system, to create "cooling, heating, air and water professional integration" of a full set of solutions; Manfred launched the "close to home" APP, the new innovative entrepreneurial comfort home for channel business empowerment Retail platform; Haier launched a "one-stop customized wisdom home" platform ...... Among them, Micoe launched the Clean Energy Coupling Intelligent Operating System (CAS+) in 2021 based on the market demand.

Currently, under the goal of "double carbon", the efficient conversion, clean and efficient utilization of energy has become a hot issue, which urgently requires the unified operation and intelligent control of multiple types of energy to enhance its green and efficient level. Micoe CAS system was born in response to this need. It is understood that the system is a digital tool based on the design of clean energy supply system and an intelligent management platform for end-customer energy use, which can realize the best integrated energy application in different scenarios through big data algorithms.

Through the Clean Energy Coupling Intelligent Operating System (CAS+), Micoe makes full use of its advantages as a comprehensive low-carbon clean energy service provider, deepens energy technology, takes "solar+" and "heat pump+" as the main energy solutions, and vertically or horizontally couples Multiple clean energy sources are coupled vertically or horizontally to provide the most suitable clean energy system for customers.

The all in one heat pump can efficiently produce domestic hot water while releasing cold air like an air conditioner to meet the cooling needs of the kitchen. And the all in one heat pump can also achieve dehumidification in local spaces such as balconies, storage rooms, garages, etc., to prevent items from becoming moldy.

Here is the content list:

1. What is the background of the development of all in one air source heat pumps?

2. What kind of development process has the air source heat pump gone through?

3. What are the advantages of the all-in-one heat pump?

 

What is the background of the development of all in one air source heat pumps?

With the development of people's economy, people's requirements for the quality of life are getting higher and higher. People's requirements for showering and bathing are also getting higher and higher. Gas water heaters, electric water heaters, and solar water heaters are far from meeting people's needs for comfort, energy-saving, and safety. In developed countries in Europe and the United States, the ratio of cold and hot water is 1:9 (9:1 in China). Coldwater in European and American countries is only used for drinking, toilet flushing, and car washing, and hot water is used in other areas. The market share of household central water heaters in European and American countries is over 90% (less than 3% in China).

What kind of development process has the air source heat pump gone through?

(1) The first generation: high-power gas

The outlet water temperature and water pressure are greatly affected by climatic conditions, and the water temperature is unstable and difficult to adjust.

(2) The second generation: high-power electric water heater

The main reason is that the energy consumption is very high, it is easy to leak electricity and hurt people, and the water storage capacity is insufficient.

(3) The third generation: solar water heater

In theory, it is the most energy-saving, but considering the actual situation, the actual environment will often rain and cloudy and the winter in the north requires external electric assistance, which is quite a hidden danger to the safety of an electric water heater.

(4) The fourth generation: all in one heat pump

In response to the problems of previous products, people made unremitting efforts to develop an all in one air source heat pump in 2005.

What are the advantages of the all in one heat pump?

(1) Kitchen refrigeration

This is the biggest advantage of the all in one heat pump. Ordinary water heaters (such as electric heating, gas water heaters, solar water heaters, etc.) can never have the function of cooling. If the kitchen needs additional cooling function, you need to buy a kitchen air conditioner. Because the kitchen has oily fume, it is a special environment, so the kitchen air conditioner is different from the ordinary air conditioner, and the price is much more expensive (generally the price is more than 4000 yuan).

(2) Green

Gas water heaters heat hot water by burning combustible gas, which will emit a large amount of carbon dioxide, sulfur dioxide, and other harmful exhaust gas. The all in one heat pump just transfers the heat from the surrounding air to the water, completely achieving zero emissions, and has almost no impact on the environment. Therefore, the all in one heat pump is a real environmentally friendly water heater.

(3) Low-carbon fashion

Today, energy conservation and emission reduction have become the trend of the times, saving energy and reducing carbon emissions is the most fashionable way of life. As mentioned earlier, the all in one heat pump adopts the reversed Carnot principle, which transfers the energy in the air to the water instead of directly heating with electric heating elements. Therefore, the energy efficiency of the all in one heat pump can reach 4 times that of the electric water heater, that is, heating. The same amount of hot water consumes a quarter of the electricity of an electric water heater, which greatly saves electricity consumption.

The above is all about the all in one heat pump. If you want to obtain multiple effects with one air source heat pump, you may wish to install an all in one heat pump at home. You can consider using MICOE 's cost-effective products.

Visit www.micoe.com to get more information.

A hot water heat pump takes heat energy from the outdoor air and transfers it to the stored water in a cylinder. It can also use a ground or water (a river or lake) heat source, but these sources are less common for residential use.

Here is the content list:

Advantages and disadvantages

The energy efficiency of heat pumps for water heating

Heat pump configuration

Advantages and disadvantages

Advantages of hot water heat pump include:

1) efficient conversion of energy to heat

2) the energy source is always available

3) it can provide energy-efficient heating for large amounts of water for use for space heating (e.g. underfloor), hot tubs, and swimming pools

4) it can be used to boost other water heating systems

5) government subsidies may be available.

Disadvantages of air-to-water hot water heat pumps include:

1) loss of efficiency as temperature decreases below 6–7ºC although some will continue to provide heating in temperatures down to -10–15ºC

2) purchase and installation costs are higher than for standard electric storage cylinder systems

3) space is needed to install the exterior unit

4) penetrations have to be made through the building cladding

5) outdoor units may be noisy

6) less efficient with low water use (1 or 2 person households)

The energy efficiency of heat pumps for water heating

hot water heat pumps are a highly efficient method of water heating and offer the most efficient electricity-based option, as the electricity is used only to move the heat, not to create it. They can have a coefficient of performance (COP) of between 2.0 and 3.0, which means they create two to three times the energy for water heating than they use in electricity to run the pump and fan. Some hot water heat pump include an electrical heating element to supplement the hot water heat pump output in colder conditions.

As noted above, hot water heat pump efficiency, particularly with air-to-water hot water heat pumps, is reduced by low outdoor temperatures.

To enhance efficiency, the hot water heat pump unit could be operated when:

1) outdoor temperatures are warmer (such as 
during the afternoon), which improves the performance of the system

2) the price of electricity is lower (such as a night-rate
tariff)

3) surplus electricity is available from a photovoltaic system that would otherwise be exported to the electricity grid.

When considered throughout the year, the energy efficiency of air-to-water hot water heat pumps is comparable to solar water heating. hot water heat pump is therefore particularly suited to sites with poor solar gain.

hot water heat pumps have a less variable heat source, but with their high set-up costs and ground area required, they are more suitable for multi-residential developments or very cold climates.

Heat pump configuration

There are two different types of hot water heat pump systems:

1) all-in-one integrated systems, which have the heat exchanger and the storage cylinder in a single unit, located outside

2) split systems, which have the heat exchanger set up separately from the storage cylinder. In this case, the cylinder can be either inside or outside.

MICOE has developed a variety of different hot water heat pumps. If you are in the hot water heat pump business, you can consider using our cost-effective products.

1) Project Overview

Xi 'an Yuandian Mahogany Expo City, the building is three floors, each floor area of about 10400 square meters, the total heating area of 31,000 square meters. Mahogany furniture has certain requirements for temperature, and the most suitable temperature is 15~20℃. Under this condition, the tensile shrinkage of the wood is small, the paint durability is good, and the dimensional stability of the furniture is also better. Xi 'an has a warm temperate semi-humid continental monsoon climate with moderate rainfall and distinct four seasons. The annual average temperature is about 15℃, the coldest average temperature is about 0℃ in January, and the hottest average temperature is about 26℃ in July.

 

 

2) Design Scheme

This project is a heating, cooling and electricity consumption solution tailored by Micoe for Xi 'an Yuandian Mahogany Expo City. 18 sets of 50HP Micoe ultra-low temperature air source heat pumps are selected as cold and heat sources, and the end is a combined air conditioner, which can meet the heating and cooling needs of Yuandian Mahogany Expo City. Photovoltaic equipment adopts 3 sets of 53KW photovoltaic panels, which are for self-use and the surplus electricity is connected to the Internet to meet the electricity demand of Mahogany Expo City.

 

Project appearance and product application drawing

3) Application Effect

Since its operation, it can meet the refrigeration needs of most shopping malls and merchants in summer. When heating in winter, during daytime working hours, the room temperature is about 18℃ for heating. In non-working hours at night, the indoor heat preservation cycle can be carried out, which ensures the anti-freezing of indoor furniture and reduces the operating cost of the system, which has been praised by customers. Micoe clean energy green low-carbon solutions, involved in more and more fields, hot water, heating, refrigeration, electricity one-stop service, professional customization, to meet user needs at the same time, low carbon emission reduction, for the "carbon neutrality" contribution.

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