The difference between electrode electric heating and traditional heating and its application prospect in carbon neutrality
author：Chen talks about clean energy
In line with the strategic goal of "dual carbon", new energy power generation plays an important role in the low-carbon transformation of the energy system and will gradually become the main power source. However, due to the inherent volatility of new energy power generation, the difficulty of new energy consumption has become a bottleneck. As a valuable flexible resource on the load side, electrode electric heating has a good supporting role in the consumption of new energy.
Firstly, combined with the performance and structural characteristics of electric heating, the working principle of the existing electric heating technology is analyzed. Then, the differences between electrode electric heating, solid-state electric heating and traditional heating in terms of conversion energy efficiency, ramp-up rate and safety degree were sorted out. Finally, in view of the advantages of electrode electric heating such as stepless regulation and fast response speed, the application prospects of electrode electric heating in power grid peak shaving and valley filling, liberating thermal power units during heating period, and participating in frequency modulation auxiliary services are discussed.
The difference between electrode electric heating and traditional heating and its application prospect in carbon neutrality
The difference between electrode electric heating and traditional heating and its application prospect in carbon neutrality
The difference between electrode electric heating and traditional heating and its application prospect in carbon neutrality
The difference between electrode electric heating and traditional heating and its application prospect in carbon neutrality
The difference between electrode electric heating and traditional heating and its application prospect in carbon neutrality
The difference between electrode electric heating and traditional heating and its application prospect in carbon neutrality
The difference between electrode electric heating and traditional heating and its application prospect in carbon neutrality
The difference between electrode electric heating and traditional heating and its application prospect in carbon neutrality
The difference between electrode electric heating and traditional heating and its application prospect in carbon neutrality
The difference between electrode electric heating and traditional heating and its application prospect in carbon neutrality
The difference between electrode electric heating and traditional heating and its application prospect in carbon neutrality
The difference between electrode electric heating and traditional heating and its application prospect in carbon neutrality
