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Innovative technology
Dedicated to efficient and energy-saving drying systems
High-temperature Closed-loop Energy Station
High-temperature Closed-loop Energy Station
Applicable: Industrial fields such as chemical engineering, iron and steel, ceramics, glass, food, and pharmaceutical industries.
Principle: Waste heat gas is converted into high-temperature dry hot air through a heat recovery device, which is then transmitted to the production line for heating, thereby reducing energy consumption.
Hotline
137-7179-5354
Product Inquiry
High-efficiency heat recovery, energy conservation and consumption reduction, zero waste gas emission, high automation, flexible adaptability, and low-noise design.
Introduce

Performance Features

Process Advantages
Introduction to Closed-Loop Energy Station

Introduction to Closed-Loop Energy Station

Isenthalpic heating source, referred to as dry heat source, adopts energy cycle technology to realize infinite recycling of sensible heat and latent heat of energy, greatly saving energy consumption in production and daily life. This technology is mainly used for air flow drying, such as fluidized bed, boiling drying. Various product drying, coating machines, etc. It converts moisture or organic substances in the production process from gaseous state to liquid state through isenthalpic process, and the released heat is used for reheating the drying gas. Generally, it can raise the temperature from ambient temperature to above 100℃.

High Efficiency and Energy Saving Principle of Closed-Loop Energy Station

Energy cannot be created out of nothing, nor can it disappear into nothing. By adopting energy closed-loop circulation technology, only the starting energy is needed to supplement the energy loss during operation.

Product Atlas

Specification
Product Name High-Temperature Closed-Loop Energy Station
Model SUN2800HT SUN4000HT SUN5000HT SUN6000HT SUN10000HT SUN20000HT
Air Volume m³/h 2800 4000 5000 6000 10000 20000
Supply Air Temperature ℃ 122 122 122 122 122 122
Supply Air Humidity %RH 1.61 1.61 1.61 1.61 1.61 1.61
Supply Air Outlet Flange Size (Length × Width) mm 750×550 910×524 910×524 910×524 1400×600 2×1400×600
Return Air Temperature ℃ 90 90 90 90 90 90
Return Air Humidity %RH 10 10 10 10 10 10
Return Air Inlet Flange Size (Length × Width) mm 750×550 910×524 910×524 910×524 1400×600 2×1400×600
Input Power kw 12.5 19.2 21.4 28.8 46.2 92.5
Power Supply 380v/3H/50Hz 380v/3H/50Hz 380v/3H/50Hz 380v/3H/50Hz 380v/3H/50Hz 380v/3H/50Hz
Control System Touch Screen + PLC Programmable Controller
Equipment Functions Heat Recovery, Dehumidification, Exhaust Display, Supply Air Heating, Exhaust Air Cooling
Heat Recovery Energy kw 59.1 90.9 104.4 136.2 218.9 437.8
Heat Recovery Efficiency COP 4.7 4.7 4.9 4.7 4.7 4.7
Dehumidification Capacity kg/h 56.9 87.5 100.5 131.1 210.7 421.4
Specific Moisture Extraction Rate kg/kw 4.6 4.6 4.6 4.6 4.6 4.6
Equipment Overall Dimensions (Length × Width × Height) mm 1760×1118×1770 2160×1418×1970 2160×1418×1970 2260×1518×2070 3326×1955×2540 2×3326×1958×2540
Equipment Weight kg 1140 1400 1520 1730 1950 3900
Projects
Maintenance
Inspect exhaust gas pipelines and hot air channels
Regularly check whether the exhaust gas collection pipelines and hot air channels are blocked, leaking or damaged, to ensure the smooth flow of exhaust gas and hot air and avoid affecting the efficiency of heat energy recovery. Check the overall operating status of the system before daily startup, including the power supply of the equipment, the display of the control panel and alarm information, to ensure the normal operation of the system.
Regular maintenance items
Inspect heat exchangers: regularly clean scale and oil stains in heat exchangers to ensure high efficiency of heat exchange. Clean the surface of the heat exchanger to prevent the decline of heat exchange efficiency. In-depth cleaning and inspection can be arranged every 6 months or 12 months according to the operating conditions of the equipment.
Troubleshooting and maintenance
Alarm handling: if the system has an alarm or fault (such as overheating, abnormal pressure, electrical fault, etc.), it is necessary to carry out troubleshooting in a timely manner. Quickly locate and solve problems in accordance with the equipment manual and fault diagnosis procedures.
Maintenance
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Product Usage:
New energy
Coating
Medicine
Chemical engineering
Daily necessities
Other
Provide sustainable energy-saving solutions for drying systems
Efficient and energy-saving 70%Efficient and energy-saving 70%
Energy closed-loop recyclingEnergy closed-loop recycling
Improve economic benefitsImprove economic benefits

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