测试1

Lake Baikal Lab

The dehumidification wheel and dehumidification system testing laboratory built by Puresci has several physical measurement instruments and infrastructure for high-precision temperature, humidity (absolute moisture content), dew point, air volume, wind speed, and differential pressure. On the basis of data testing and fitting verification, mathematical models and physical models are made, and digital dehumidification wheel selection software is established for customers. Based on this, it also has 3 enthalpy difference chambers, which can accurately simulate the actual working conditions of engineering application scenarios throughout the year.

The dynamic laboratory accurately evaluates and verifies the performance of the dehumidification wheel, designs and optimizes the dehumidification system of the wheel, and provides an integrated system solution. Quick solution, develop a wider range of air treatment products to adapt to the ever-changing market.

Save Lab

Puresci established the SAVE laboratory, focusing on the research of energy-saving products and solutions for air treatment systems in the industrial field.Puresci took the lead in proposing in 2020, based on the research on energy saving of renewable energy based on the medium-temperature regenerative dehumidification system, to solve the worries of renewable energy for the realization of medium-temperature regeneration of lithium batteries, and create value for many lithium battery manufacturers to greatly save energy and reduce consumption.

This revolutionary idea not only gave Puworth the possibility to participate in the contract energy management project, but also the idea of establishing an energy-saving and emission-reduction laboratory from parts and components to a leading energy-based company came into being.

Three Ways to Renew Energy

China office:
Tel：+86-18926126400
Email：ankie@puresci.com
Add：22-4, Dongbeitang East, Xigang Rd., Xishan District, Wuxi City, Jiangsu Province, China

US office:
Tel : 001-289-8595980
Email : tony@puresci.com
Add : 250 Consumers Rd,Unit 1002,North York,Ontario,M2J4V6

注: 建议上传图片大小700px*600px

Efficient use of steam
One to multiple
One to one

Efficient use of steam

Efficient use of steam

In large-scale lithium battery production plants, steam is still the most widely used energy source.

The steam test platform specially built in the Puresci laboratory is used to simulate the steam consumption of medium-temperature regeneration™ and high-temperature regeneration heating in actual application scenarios. A breakthrough has been made in the steam heat exchanger and the ultimate utilization of steam latent heat (steam) and sensible heat (hot water after steam condensation), making the overall energy saving rate reach 20-30%.
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One to multiple

One to multiple

One to multiple centralized heat pump hot water station

The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.The heat pump hot water station test platform specially built by Puresci Lab further verifies whether the heat pump hot water system is suitable for the medium temperature regeneration™ solution.

At present, the high-performance heat pump can produce water at 95°C. Under the condition of reaching the regeneration temperature (70~90°C) required by the medium-temperature runner, the system can comprehensively utilize heat and have a COP ≥ 3.0——perfectly suitable for the medium-temperature regeneration™ system below 90°C regeneration heating conditions.

From a thermal point of view, the advantages of water systems over other energy sources are that they are stable, safe, controllable, and easy to maintain. The hot water system can adopt a standby unit to reduce the operation risk of the year-round lithium battery production line.

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One to one

One to one

One to one heat pump direct expansion system

The energy-saving solution derived from Copeland's ultra-high temperature heat pump, based on the traditional rotary dehumidifier and heat pump system, realizes energy recycling by recovering the exhausted waste heat. And compared with conventional heat pump compressors, ultra-high temperature industrial compressors can achieve full coverage of 80-130°C high-temperature applications, perfectly matching the temperature range of the Medium Temperature Regeneration™ runner.

High and low temperature heat pump combination, compressor cascade, HP Inside/Outside AHU and other direct expansion solutions, compared with traditional high-grade energy sources, is the option with the lowest theoretical energy consumption cost, but the implementation of the direct expansion solution requires High-quality manufacturers control the manufacturing process and control logic, which is suitable for small and medium-scale, decentralized use, and safety and stability are the priority points to be considered.
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