All-in-One Hybrid Thermal System
The hybrid heating system incorporates several sources of energy such as air energy, electricity, gas and solar energy. It is also able to deliver heating and hot water which is a two functional unit in a one-unit system.
Your Reliable Hybrid Heating System Manufacturer
Haoha carries the experience of over 20 years in the manufacturing of water heaters on a contractual basis. We currently have 12 manufacturing sites across China & Morocco, featuring powerful produce capacity for global partners. With over 100 technical expert, we can design the customized water heater model as your requirements.
The hybrid heating has acquired various certifications, 3C, CE, KC and UL, and is under great quality control to be up to standard export products.
Hybrid Heat Pump Category by Power
Hybrid heat pump with different power is suitable for different scenarios. Haoha offers full OEM/ODM solutions as your requirements.
The 4kW hybrid heat pump offers efficient performance. It is ideal for small to medium-sized residential or commercial applications, energy-saving and eco-friendly.
The 5kW hybrid heat pump combines reliable heating with energy-efficient technology and smart control. Meeting the needs of various residential or office spaces.
The 6kW hybrid heat pump is perfect for larger residential or commercial areas. With the high power, it offers consistent and reliable temperature control.
The 7kW model is designed for high-demand environments. It provides powerful and stable heating service to meet the comfort needs of large buildings.
Hybrid Heat Pump Category by Capacity
We offer multiple hybrid heat pump models with different capacity. Every different capacity meets different scenarios.
Ideal for 10 people. This ensures a reliable supply of hot water while saving up to 75% on energy costs.
Ideal for 20 people, providing reliable hot water with 75% energy savings. Cost-effective and environmentally friendly.
Ideal for 30 people. Offering long-term reliability and significant savings on energy bills.
Ideal for 40 people, meeting an environmentally-conscious and budget-friendly choice for hot water needs.
Ideal for 50 people. Helping light commercial and dormitory applications to save energy and reduce operational expenses.
Ideal for 60 people. The model helps businesses optimize operational expenses.
Strict Quality Control for All Your Hybrid Heating System
Traditional hybrid heating systems involve use of standardized enameled liners, which are made with custom oil free steel plates covered with imported enamel glaze using the intensive manufacturing process. These liners have explosion protection, solvent protection and corrosion protection, with which the product has a long service life. Every liner passes through two pressure tests, enamel tests, and pulse tests. When all these tests are successful only then it is passed to be used in the production of the water tanks of the hybrid heating system. The hybrid heating system has an external chassis and tank design of water with standardized installation of internal piping. It has an inbuilt assembly that makes it safe.
Energy-Saving, Environmentally Friendly, and Highly Efficient
Hybrid heating systems combine all sources of energy, which include air energy, electricity, gas, and solar power, to make heating fast and efficient. Solar, air energy is a green and renewable resource whereas gas and electricity provide low carbon emission to promote more environmental sustainability. The conversion of solar and air energy into thermal energy ensures maximum saving of energy.
It’s not complicated. All one has to do is install the circuitry and water pipes appropriately. This goes a long way in preventing after sales problems that arise due to installation that is not done properly.
Indeed, the hybrid heating system uses the combined energy sources such as air energy, electricity, gas and solar power, and at the same time, it supplies the heating and hot water.
Certainly. During low temperatures conditions, electric power and natural gas are mostly used to operate the hybrid heating system.
