Sichuan jinnuo energy storage

What types of energy storage systems does Jinko power offer?

Depending on application scenario, Jinko Power provides all types of customers with tailored energy storage system solutions, including power energy storage system integration solutions, industrial and commercial energy storage system integration solutions, and household energy storage systems.

How is the Sichuan energy system simulated?

The simulation of the Sichuan energy system consists of the power sector and transport sector is conducted from two perspectives: the demand side and supply side. The demand side focuses on the electricity demand forecast in the power sector and the energy demand forecast in the transport sector.

How much energy does Sichuan use?

Hydropower accounts for a large share in the primary energy supply, no matter in the BAU scenario and other renewable scenarios. Fossil energy account for nearly 44.5% of the total energy supply. This leads to the highest energy consumption in the Sichuan energy system, reaching 1032 TWh.

What is the share of hydropower to electricity production in Sichuan?

The share of hydropower to entire electricity production reached 88.6% in 2016. In the transport sector, the number of vehicles and energy demand for transportation in Sichuan increased quickly in the past years and are expected to maintain the growth trend in the near future.

Which scenario has the highest renewable electricity penetration share in Sichuan?

When it comes to the future power sector in Sichuan, renewable electricity penetration share in the BAU scenario is lowest among all future scenarios. In the comparison between scenarios in the transport sector, it can be seen that the BIO scenario owns the highest renewable electricity share, followed by the EBI scenario and final scenario EHY.

Why should you choose Jinko power?

Moreover, Jinko Power satisfies the requirements for auxiliary new energy grid connection, frequency and peak regulation, demand-side response, microgrids, etc., making every effort for safer and more efficient energy flows.