Air Energy Heat Pump Drying Machine Technology

Air energy principle

The air energy heat pump dryer system obtains a low-temperature heat source through natural energy (air storage), and after efficient heat collection and integration, it becomes a high-temperature heat source used for heating or hot water supply. The entire system has a very high heat collection efficiency. Heat pumps have four major advantages, the first of which is energy-saving and beneficial

For the comprehensive utilization of energy, the second point is beneficial for environmental protection, the third point is the combination of cold and hot, which has a high equipment application rate and saves investment. The fourth point is that because it is electrically driven, it is more convenient to regulate, so heat pumps are of great concern to everyone. Heat pump technology is only twenty-one

A century old energy technology that can improve energy efficiency through heat pumps has two meanings: from an environmental perspective, it can reduce greenhouse gas emissions and reduce harmful factors to the environment. On the other hand, it can

It is a technology for solving high-altitude electricity loads. Do heat pump products belong to solar energy products? From a working principle perspective, it does not belong to traditional solar energy products. There is a significant difference between heat pump products and conventional solar energy products. Conventional solar energy products use water as the medium and must rely on too much

Direct sunlight or radiation is necessary to achieve heating effects, while products use refrigerants to absorb heat and solar radiation from the air, and exchange heat with water after being compressed by a compressor to achieve heating effects. Therefore, the principle of products is the same as that of air conditioning. Heat pump products

What is the working principle? The product uses refrigerant as a medium, which has a low vaporization temperature and can vaporize at -40 ℃. Therefore, there is a temperature difference between the refrigerant and the external temperature. The refrigerant absorbs the external temperature and vaporizes, which is compressed and heated by a compressor to become high-temperature and high-pressure gas

After exchanging heat with water through a heat exchanger, the body releases pressure through an expansion valve and returns to a low-temperature and low-pressure liquefied state. Through the continuous circulation of refrigerant and heat exchange with water, the water in the water tank is heated. Do heat pump products require electricity? Be sure to use electricity, compressor

Using electricity to compress heating, not direct heating. Air source heat pumps and fans also require electricity, but the electricity consumption is relatively low. What are the characteristics of heat pump products?

1. Not affected by the environment, available year-round;

2. Outstanding energy-saving effect and short investment payback period;

3. Environmentally friendly products, without any pollution;

4. Long service life and low operating costs;

5. Safe operation and unmanned operation;

6. Modular design for easy installation. What are the advantages of heat pumps compared to conventional solar products?

1. Widely applicable, the product is suitable for temperatures ranging from -10 to 40 ℃, and can be used all year round without being affected by adverse weather conditions such as shade, rain, snow, and winter nights. It can be used normally.

2. Compared to traditional solar water storage systems, heat pump products can continuously heat and provide continuous heating to meet user needs. 3. Low operating cost: Compared to conventional solar energy, the operating cost is higher in spring, summer, and autumn when the sunlight is better than the sun

Yes, but on rainy days and nights, the thermal efficiency is much higher than that of solar assisted heating. On average throughout the year, the energy consumption of conventional solar assisted systems is much higher than the total energy consumption of products throughout the year.

4. Easy to install: The air source heat pump takes up very little space and has a similar appearance to the outdoor unit of an air conditioner. What are the advantages of heat pump products compared to boilers?

1. High thermal efficiency: The average annual thermal efficiency of the product is over 300%, while the thermal efficiency of the boiler does not exceed 100%.

2. Low operating costs: Compared to fuel and gas boilers, it can save an average of 70% of energy throughout the year. Coupled with the decrease in electricity prices and the rise in fuel prices, the advantage of low operating costs is becoming increasingly prominent.

3. Environmental protection: The heat pump product has no combustion emissions and uses environmentally friendly refrigerant R417A, which has zero pollution to the ozone layer and is a good environmentally friendly product.

4. Safe operation, no need to be on duty: Compared with fuel boilers, it is absolutely safe to operate and fully automatic control, without the need for personnel to be on duty, which can save personnel costs.

5. Modular installation for easy addition of equipment: The product adopts a parallel installation mode with multiple units, allowing users to add equipment at any time as the quantity of new products increases.

What are the disadvantages of heat pump products compared to boilers?

1. Slow heating speed: Heat pump products use refrigerant as the medium and adopt compressor compression heating method. Compared with the direct heating mode of the boiler, the speed is relatively slow.

2. Large one-time investment: Compared to fuel and gas boilers, when the water consumption is greater than 10 tons, the one-time investment is greater than the boiler. The larger the water consumption, the greater the relative investment of the product.

3. Heating temperature is limited: The drying temperature of the heat pump is generally 70 ℃, with a maximum of 85 ℃