As the world pays increasing attention to energy and environmental issues, Zero Energy Building (ZEB) has gradually become an important direction for future building development. As a ODM Swimming Pool Heat Pump highly energy-efficient and environmentally friendly heating and cooling technology, high-efficiency heat pumps play a key role in zero-energy buildings.

### **Application of high efficiency heat pump**
1. **Heating and cooling**: High-efficiency heat pumps can use low-temperature heat sources (such as air, geothermal heat or water) to transfer energy to achieve efficient indoor temperature control and significantly reduce the energy consumption of traditional heating and cooling equipment.
2. **Hot water supply**: Heat pump water heaters can efficiently transfer heat in the environment for the supply of domestic hot water. At the same time, the energy consumption is significantly lower than traditional electric heating equipment.
3. **Comprehensive utilization of energy**: Combined with photovoltaic power generation technology, high-efficiency heat pumps can be designed integrated with buildings to achieve multi-energy complementation, improve energy utilization through heat storage and cold storage systems, and meet the operational needs of zero-energy buildings.

### **Development Trend**
1. **Technology Upgrade**: High-efficiency heat pumps are developing towards a higher coefficient of performance (COP), while integrating intelligent technology to achieve remote control and energy consumption optimization through the Internet of Things.
2. **Development of new heat sources**: In the future, more emphasis will be placed on the use of urban waste heat, geothermal and other renewable energy sources to expand the scope of application and resource utilization efficiency of high-efficiency heat pumps.
3. **Policy Support**: With the advancement of global energy conservation and emission reduction policies, government and industry standards have increased their efforts to promote zero-energy buildings and high-efficiency heat pump technology, driving their costs to further reduce.
4. **System integration**: High-efficiency heat pumps will be deeply integrated with other energy systems (such as photovoltaics, energy storage, and power grids) to build an intelligent and modular comprehensive energy system.

In short, the widespread application of high-efficiency heat pump technology in zero-energy buildings not only effectively reduces building operating energy consumption, but also provides important technical support for achieving the goal of carbon neutrality. With the continuous advancement of technology and continued policy support, high-efficiency heat pumps will occupy a more important position in the field of zero-energy buildings in the future.