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Introduction

Buyers searching for a China intelligent remote monitoring heat pump manufacturer are usually solving more than a heating problem. They are managing energy bills, temperature stability, environmental compliance, and the daily reality that no one can stand next to a compressor around the clock. Jiangsu Obuy New Energy Development Co., Ltd., which trades under the brand YIJIAREN, is an integrated industrial and trading company specializing in the design and manufacturing of high-efficiency solar and air source heat pump solutions. Its positioning rests on a measurable promise: over 70% energy savings compared with traditional boilers, and temperature control within ±1°C, delivered through equipment that can be observed and managed remotely.

What Intelligent Remote Monitoring Actually Means

Intelligent remote monitoring is operational oversight delivered through an intelligent control system, letting operators track how heating, hot water, drying, or waste heat recovery equipment is performing without continuous on-site attendance. At YIJIAREN, remote monitoring is not a bolt-on module. It is part of a broader technology platform: integrated intelligent control solutions that combine solar and air source technologies, with remote monitoring included for operational oversight.

That distinction matters to procurement teams. A heat pump that performs well in a laboratory but drifts in a working facility creates a hidden cost. Remote visibility turns equipment behavior into information a facility manager can act on, which is why the capability appears across the company’s air source, water source, high-temperature, drying, and integrated solar-air source systems rather than in a single premium model.

The Problems Remote Monitoring Is Designed to Address

The company’s own reading of the market points to four recurring pressures:

• High energy consumption of traditional coal-fired boilers and electric heaters
• Temperature instability causing crop failure in greenhouses and high mortality in aquaculture
• Environmental compliance pressure from global regulations such as EU F-Gas rules
• Production inefficiency from uneven drying and industrial waste heat loss

Each of these has an operational dimension that monitoring directly touches. Temperature instability is rarely visible until it has already damaged a crop or a batch of stock. Waste heat loss and uneven drying are chronic inefficiencies that are easy to ignore without measurement. A monitored system converts these silent failures into signals.

How Remote Monitoring Runs Through the Product Line

YIJIAREN’s portfolio covers six products across two families: heat pump systems (air source, water source, high-temperature up to 95°C, and industrial drying) and solar and integrated solutions (solar water heaters and an integrated solar and air source heat pump system).

Air Source Heat Pumps. Positioned for year-round climate control in greenhouses and industrial facilities, these units operate in ambient temperatures as low as -35°C, maintain a COP above 4.0 so that 1 kW of electricity yields more than 4 kW of heat, and hold temperature within ±1°C. Intelligent temperature control with remote monitoring maintains stable environments and reduces manual intervention, while the transition to low-GWP refrigerants including R290, R1234ze, and R515B supports environmental compliance and carbon emission reduction.

Water Source Heat Pumps. Built for aquaculture water temperature management and industrial process heat, these systems handle high-salinity seawater, hold water temperature within ±1°C, and are available in a skid-mounted high-temperature water source configuration that shortens on-site integration.

High-Temperature Heat Pumps (up to 95°C). These units serve industrial process heat and hot water requirements, with 95°C output supporting slaughterhouse disinfection at 85°C+ and low-GWP refrigerant options such as R515B for chemical plants. R&D prototypes have reached 200°C, extending future high-temperature application potential.

Industrial Drying Heat Pumps. Low-temperature drying equipment using gradient dehumidification and uniform airflow design for pet snacks and fruit and vegetable processing.

Integrated Solar and Air Source Heat Pump System. An integrated intelligent control solution combining solar and air source technologies for heating and hot water, with remote monitoring enabling operational oversight across multiple thermal sources.

Specifications That Support Monitored Performance

The technical baseline behind these systems includes stable operation at ambient temperatures as low as -35°C, COP above 4.0, temperature control within ±1°C, high-temperature heat pump output up to 95°C, and R&D prototypes reaching 200°C. The energy results reported alongside these parameters include over 70% energy savings compared with traditional boilers, 50-60% energy savings compared with gas drying in pet snack drying, 70% energy savings compared with electric heating in sea cucumber farming, and a 60% reduction in annual heating costs in a blueberry greenhouse application.

Measured Outcomes From Operating Installations

• Zhejiang Blueberry Greenhouse: eight units of 15P heat pumps installed, reducing annual heating costs by 60% while maintaining a stable growth environment.
• Zhejiang Tilapia Farm: water temperature maintained at 28-30°C, with mortality reduced from 30% to below 5% and profits increased by 40%.
• Dalian Sea Cucumber Base: seawater source heat pumps holding breeding water at 17°C, saving 70% energy compared with electric heating.
• Shanghai Pet Snack Factory: gradient dehumidification for chicken breast jerky retained 85% nutrition while achieving 50-60% energy saving compared with gas drying.

Industry Coverage and Buyer Profiles

YIJIAREN’s systems serve modern agriculture including blueberry and flower greenhouses; aquaculture including tilapia and sea cucumber farming; food processing including pet snacks and slaughterhouse disinfection; industrial manufacturing including lithium battery dehumidification, electroplating, and chemical processing; and hospitality including hotels. Typical buyers are agricultural enterprises and growers, industrial factory managers, aquaculture farm owners, and HVAC engineering contractors.

Manufacturer Credibility and Track Record

The company entered the heat pump market in 2008 and expanded into export markets in 2010. Its cascade high-temperature heat pump arrived in 2022, followed by the dual-source heat pump in 2023, which debuted at the "World Environmental Expo." A new high-end integrated heating and cooling testing system launched in 2024, and 2025 brought results in expanding diversified markets for industrial waste heat recovery and reuse and industrial refrigeration. The company reports 22 years of engineering experience, over 3,000 energy-saving solutions provided, and 8,000+ success cases, with products exported to 50+ countries including Germany, Italy, Japan, and the USA. Certifications include ISO9001, ISO14001, ISO45001, CCC, and CE.

What to Look For in a Remote Monitoring Heat Pump Supplier

Three checks separate a monitored system from a system with a monitoring label. First, confirm that remote monitoring is integrated into the control platform rather than added afterward, since coordination across solar and air source inputs depends on a single control layer. Second, verify the tolerance the system actually holds, because ±1°C is the figure that protects crops, stock, and product quality. Third, ask what happens after commissioning, since YIJIAREN’s service model covers customized production based on drawings, free design of solutions, technical guidance, installation, construction, commissioning, and after-sales service.

Conclusion

For operators weighing a China intelligent remote monitoring heat pump manufacturer, Jiangsu Obuy New Energy Development Co., Ltd. and its YIJIAREN brand present a specific combination: low-ambient operation to -35°C, COP above 4.0, temperature accuracy within ±1°C, high-temperature output up to 95°C with prototypes reaching 200°C, low-GWP refrigerant transition, and remote monitoring built into an integrated intelligent control platform. Backed by 22 years of engineering experience and documented results across agriculture, aquaculture, food processing, industrial manufacturing, and hospitality, the company’s case rests on measurable performance rather than marketing language.

https://www.obuytech.com/
Jiangsu Obuy New Energy Development Co., Ltd.

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