Description
Air to Water Heat Pump R290 RH Series
A Heat Pump That Thinks Before It Runs
Unlike conventional systems, the RH Series is built around energy-aware operation. Instead of reacting only to temperature demand, it evaluates:
- Real-time PV generation
- Battery storage availability (BESS)
- Electricity tariffs and grid signals
- Thermal demand of the building
This allows the system to shift operation toward maximum self-consumption and minimum grid dependency.
This positions the RH Series as a next-generation energy aware heat pump system, not just a heating device but a core component of intelligent energy infrastructure.
Designed for PV and Battery Integration
The RH Series is engineered as a PV integrated heat pump system, enabling direct interaction with solar and storage infrastructure.
Key capabilities include:
- PV-responsive operation (prioritizing solar energy usage)
- Compatibility with battery storage systems (BESS)
- Load shifting to align with renewable generation
- Reduced reliance on peak grid electricity
This makes it ideal for solar-powered homes and hybrid energy systems.
Applications
- Residential solar homes
- Net-zero and low-energy buildings
- Retrofit projects replacing fossil systems
- Smart homes with battery storage
- Grid-interactive buildings
Integration within the Huawei FusionSolar Ecosystem
The Tongyi RH Series can operate within advanced energy ecosystems such as Huawei FusionSolar, enabling coordinated control between:
- Inverters
- Battery systems
- Smart meters
- Heat pump operation
This integration allows the heat pump to function as part of a fully optimized energy management system, rather than a standalone appliance.
Grid-Responsive Heating (Future-Ready)
With increasing grid regulation (e.g., demand response frameworks), the RH Series supports grid responsive heat pump operation.
Features include:
- Demand-side flexibility
- Compatibility with smart grid signals
- Load modulation under regulatory frameworks
- Preparedness for evolving EU energy policies
This ensures long-term compliance and adaptability in regulated markets.
Technical Highlights
- Refrigerant: R290 (natural, ultra-low GWP ~3)
- System type: Monoblock air-to-water
- Heating capacity range: 7–20 kW
- COP: up to 5.3 (A7/W35)
- Ultra-low noise operation
- IoT-enabled smart control
- HEMS-ready architecture
Tongyi heat pump operates below 46 dB(A) at 1m distance, ensuring a quiet, comfortable home environment.
Revolutionary and Innovative Features for Complete Control - Smart Control + Wifi
Supports inverter-level PV control - Validated in FusionSolar residential systems
Supports Cascade System: Up to 8 units work together, sharing heating and hot water tasks.
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Tongyi heat pumps achieve the highest EU energy efficiency rating of A+++, saving you money on your energy bills.
FAQ – Energy Aware Heat Pump
What is an energy aware heat pump?
An energy aware heat pump adjusts its operation based on energy availability, such as solar production, battery storage, and grid conditions, rather than only temperature demand.
Can this heat pump work with solar panels?
Yes, the RH Series is designed as a PV integrated heat pump, optimizing self-consumption of solar energy.
Is battery storage required?
No, but integration with battery systems significantly improves efficiency and energy independence.
Is this system compatible with smart grids?
Yes, it supports grid-responsive operation and is prepared for demand-side management frameworks.
Discover the unique advantages that set us apart.
From innovative solutions to unparalleled customer service, we take pride in offering you a unique experience that goes beyond the ordinary.
Explore the mechanism of an Air-to-water heat pump's operation.
An air-to-water heat pump functions by absorbing the latent thermal energy present in the air, which serves as the primary heat source. Through a refrigeration cycle, the heat pump employs a compressor to increase the captured heat’s temperature and transfers it to a water-based system. This heated water can then be utilized for space heating, as well as domestic hot water production.
