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Fault Repair
Complaints & Suggestions
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- High Operating Costs
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Although the initial investment in equipment for traditional coal-fired heating is relatively low, the price of coal fluctuates frequently and has generally been on the rise in recent years. Coupled with operation and maintenance costs such as manual handling and ash cleaning, the heating costs in winter remain high, imposing a heavy economic burden on residents and small commercial users.
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- Serious Environmental Pollution
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During the coal combustion process, a large amount of pollutants are released, including sulfur dioxide, nitrogen oxides, dust, etc., which is one of the important sources of environmental problems such as smoggy weather and acid rain. Especially during the heating season in winter in the north, a large number of scattered coal-fired heating devices operate intensively, having a great negative impact on the regional air quality, which is contrary to the current national environmental protection policies that are being vigorously promoted.
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- Poor Heating Stability
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Coal-fired boilers are greatly affected by factors such as the quality of coal and the operation level of boiler operators, and problems such as insufficient heating and temperature fluctuations are likely to occur. In extremely cold weather, there may also be situations such as a shortage of coal supply and difficulties in restarting after the fire goes out, unable to ensure continuous and stable heating effects, which seriously affects the living comfort of users and production and business activities.
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- Multiple safety hazards
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Coal heating systems involve multiple stages, including coal storage, transportation, and combustion, which pose various safety risks such as fire and carbon monoxide poisoning. Poorly constructed boiler rooms, improperly installed chimneys, and operator negligence can all lead to safety accidents, threatening the lives and property of users.
Solution Overview
Driven by High-efficiency and Energy-saving Technologies
Advanced air source heat pumps are introduced. The output power of the equipment is adjusted in real time according to the outdoor environmental temperature and indoor heating requirements to ensure operation with the highest energy efficiency under different working conditions, minimizing power consumption and effectively solving the problem of high operating costs.
The Concept of Green Environmental Protection Runs Through
Environmentally friendly refrigerants are used, and the selected heat pump equipment does not produce any pollutants during operation, achieving zero-emission heating, helping to improve the regional air quality, conforming to the requirements of environmental protection policies, and contributing to winning the battle for a blue sky.
Multiple Guarantees to Ensure Stable Heating
The equipment design is optimized, and the heating performance of the heat pump unit in a low-temperature environment is enhanced to ensure stable heating even in extremely cold weather.
Comprehensive Safety Design
The product manufacturing strictly follows national safety standards. The internal electrical components have multiple protection functions to eliminate potential electrical safety hazards such as electric leakage and short circuits. For the outdoor unit of the air source heat pump, a structure resistant to wind, rain, and snow is designed to ensure normal operation in adverse weather conditions.
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In Terms of High Efficiency and Energy Conservation
The ultra-low temperature air source heat pump unit independently developed by Veck is equipped with a high-efficiency scroll compressor, enabling it to operate efficiently. The product meets the requirements of the national "coal-to-electricity" energy-saving subsidy policy.
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In Terms of Green Environmental Protection
Veck's coal-to-electricity products fully use environmentally friendly refrigerants with a low global warming potential value, replacing traditional highly polluting refrigerants. This fundamentally eliminates the damage to the ozone layer caused by refrigerant leakage and the emission of greenhouse gases. In the production process, environmental protection production procedures are strictly implemented, and harmless treatment is carried out for waste materials, waste gases, and waste water generated during the equipment manufacturing process to ensure that the entire industrial chain is green and pollution-free.
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In Terms of Stable Heating
The unit adopts advanced jet enthalpy boosting technology to increase the heating capacity and heating efficiency under low-temperature working conditions. At the same time, the structure of the finned heat exchanger is optimized, the heat exchange area is increased, and the heat exchange effect on the air side is strengthened to ensure the stable operation of the unit under severe cold conditions.
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In Terms of Safety Assurance
The product shell is made of high-strength materials and has undergone anti-aging and anti-ultraviolet treatments, enabling it to withstand the erosion of adverse weather. The perfect safety design reduces the risks for users during operation, helping to improve the quality of rural life and the level of safety assurance.
