Product

Product Introduction:

The OYRR Air Source Ultra-High Temperature Heat Pump Water Heater is a core product based on the reverse Carnot cycle, co-developed by Guangdong Eurasia and the Chinese Academy of Sciences (CAS). Using air as the heat source, it efficiently absorbs low-grade thermal energy via air-cooled heat exchange, compresses and upgrades it into 60°C~95°C ultra-high temperature hot water (custom models can exceed 100°C). Completely independent of traditional fuels like coal or gas, it achieves a low-carbon transformation from "Air Source → Ultra-High Temp Hot Water." The product is perfectly adapted for industrial processes, commercial services, and northern heating scenarios. It directly replaces electric and gas boilers, drastically slashing energy consumption and carbon emissions, aligning flawlessly with the global "Carbon Neutrality" trend and industrial energy-saving retrofit needs. It is particularly tailored for dual-complex environments of ultra-low and extreme high temperatures.

Features:

Ultra-High Energy Efficiency (COP): Utilizes an optimized reverse Carnot cycle system paired with an EVI (Enhanced Vapor Injection) inverter compressor. Heat absorption efficiency is boosted by 30%. At 20°C ambient, the COP reaches 3.46~4.2. It saves over 70% energy compared to traditional electric boilers and cuts operating costs by 35%+ compared to gas boilers.

Patented Ultra-Low Temp Auto Defrost: Equipped with the company's exclusive ultra-low temperature automatic defrost patent. In -30°C extreme cold, it intelligently monitors frost thickness to achieve "seamless defrosting"—defrost time is slashed to 3~5 minutes, and water temp fluctuation during defrosting is ≤±1°C. This eliminates the heating interruptions and sudden temperature drops caused by traditional defrosting, ensuring continuous, stable heating in frigid regions.

Wide Ambient Adaptation: Adapts to extreme environments down to -35°C with zero heating degradation in ultra-low temperature frigid zones, while maintaining stable heat dissipation efficiency in 55°C Middle Eastern heat. This resolves the industry pain point of standard air-source heaters failing to heat in low temperatures.

Flexible Modular Integration: Supports skid-mounted installation and multi-unit paralleling. It can be paired on-demand with insulated water tanks, smart circulation pumps, piping systems, and energy management software to rapidly build a complete hot water supply system scaling to any project size.

Application Scenarios:

Clean Heating: "Clean Energy Heating" projects in cold regions, centralized heating for residential communities/factories/office buildings. Provides stable heating in -30°C ultra-low temperatures, compatible with radiant floor heating and radiator systems.

Commercial Services: Centralized hot water for hotels/hospitals/schools, swimming pool constant heating, and high-temp hot water for gyms/bathhouses, meeting large-flow, continuous heat demands.

Industrial Process Heating: Ideal for heating electroplating baths (60~80°C) in SMEs, fabric dyeing heat for small dyehouses (70~90°C), high-temp water for metal surface cleaning (80~95°C), and electronic component washing (60~75°C).

Specialized Scenarios: Hot water supply for remote commercial buildings in the Middle East and Southeast Asia (55~60°C, no industrial waste heat); rural heating in Central Asia and Eastern Europe (50~55°C heating in -25°C ambient, water-scarce); energy-saving retrofits for small factories (60~90°C, no stable waste heat); and hot water for field temporary medical stations (60~70°C, rapid deployment).

Our Advantages:

Leading Tech Barrier: Co-developed optimized reverse Carnot algorithms with CAS and exclusive ultra-low temp auto-defrost patents. Conquers industry pain points like low-temp heating degradation and poor defrost efficiency. Stability in ultra-high and ultra-low temp conditions far exceeds domestic competitors.

Global Service & Customization: Provides cross-border O&M and remote commissioning. Supports customization based on water temp, scale, and ambient conditions (ultra-low/high temp). Can be upgraded with explosion-proof and anti-corrosion configurations for extreme environments.

Full-Chain Solution Capability: Beyond providing the core heater, we supply insulated tanks, smart control systems, piping, and pumps—delivering a one-stop complete hot water system to shorten the client's project implementation cycle.

Brand & Quality Assurance: Backed by a comprehensive authoritative certification system (Domestic GB standards + EU CE/A+++, Halal, German BAFA, etc.). Possesses global compliance capabilities to access mainstream international markets and qualify for European policy subsidies.

Component Characteristics:

(Information implicitly covered in previous sections; tailored based on configuration needs.)

Application Cases:

Gansu Qin'an Expressway Management Bureau, Inner Mongolia Horqin Right Front Banner Chaersen School, etc.