The Application Status and Energy Saving Analysis of Heat Pump Technology Under Dual Carbon Target

Shuanghua Cao; Pengyuan Guo; Yichun Wang

doi:10.54691/g1verh18

Authors

Shuanghua Cao
Pengyuan Guo
Yichun Wang

DOI:

https://doi.org/10.54691/g1verh18

Keywords:

Carbon Peak; Carbon Neutrality; Energy Conservation and Emission Reduction; Heat Pump Technology.

Abstract

This paper introduces the significance of energy conservation and the current situation of energy utilization in China, and focuses on the development prospect of heat pump technology. Since the proposal of carbon peaking and carbon neutrality has made higher requirements for carbon emission reduction in different industries, the energy structure in China will make important adjustments accordingly. The research focuses on the way to reduce carbon emission in conventional industries and making full use of renewable energy. Among different energy saving and emission reduction technologies, heat pump technology has been widely used in civil, industrial and agricultural areas due to its remarkable performance of energy saving and emission reduction. There are many kinds of heat pump technology, but there are great differences in specific applications. How to make effective use of heat pump technology has become an important direction of our current development. It is a problem we must solve to study the current situation of heat pump technology and then realize energy saving.

Downloads

Download data is not yet available.

References

Jinxiang Yu,Xiaoyu Zhang,Yibo Wang,Jianhong Guo:Experimental Study on Air Source Heat Pump Heating System Based on Phase Change Heat Storage.IEEE Access, Vol.11(2023),p.1.

Chen, Fu;Bian, Zhengfu;Yin, Dengyu:How to Handle the Crisis of Coal Industry in China Under the Vision of Carbon Neutrality. Journal of the China Coal Society, Vol.46(2021), No.6 p.1808-1820.

Ge Zhu:The Current Status and Development Prospect of Ground Source Heat Pump Technology.AIP Conference Proceedings, Vol.2036(2018), No.1 p.030035.

Qiong Chen;Nan Li:Energy, Emissions, Economic Analysis of Air-Source Heat Pump with Radiant Heating System in Hot-Summer and Cold-Winter Zone in China.Energy for Sustainable Development, Vol.70(2022), No.6 p.10-22.

Ning Luo;Wei Liu;Yanglong Duan:The Combined Application Technology of Solar Heat Utilization and Ground Source Heat Pump.Journal of Physics: Conference Series, Vol.2683(2024),p.012003.

Shuailing Liu;Guoyuan Ma;Yaya Lv;Shuxue Xu:Review on Heat Pump Energy Recovery Technologies and Their Integrated Systems for Building Ventilation.Building and Environment, Vol.248(2024), p.111067.

Tianhu Zhang:Optimization of a Solar-Air Source Heat Pump System in the High-Cold and High-Altitude Area of China.Energy, Vol.268(2023), No.0 p.126653.

Zhibin Liu; Liangdong Ma; Zhang; Jili Zhang:Application of a Heat Pump System Using Untreated Urban Sewage as a Heat Source.Applied Thermal Engineering, Vol.62(2014), No.2 p.747-757.

Erbay, Zafer;Hepbasli, Arif:Application of Conventional and Advanced Exergy Analyses to Evaluate the Performance of a Ground-Source Heat Pump (GSHP) Dryer Used in Food Drying.Energy Conversion & Management, Vol.78(2014), No.13 p. 499-507.

Cui, Mengdi;Cheng, Zuo;Wang, Baolong;Wei, Falin;Shi, Wenxing:Experimental Investigation on an Auto-Cascade Quasi Two-Stage Compression Heat Pump System.Applied Thermal Engineering , Vol. 219 (2023),p.1359-4311.