What is Tess & how does it work?

TESS benefits the energy efficiency and reliable operation of railway networks. Braking energy is stored in the battery system based on SCiB™ modules and made available for other trains operating on the network.

What is transportable energy storage system?

In , the arrangement of transportable energy storage systems considers the distribution of energy resources in the distribution system as well as the scheduling of the repair team, thus the load curtailment caused by disasters can be effectively reduced.

How does Tess optimize energy usage?

TESS optimizes energy usage by capturing, storing, and redeploying excess thermal energy generated by various processes, reducing overall power consumption by 20-40%. In the Hybrid Energy Recovery Configuration, the stored energy can be utilized to load level, peak shave, and in some cases provide a short term uninterrupted power supply function.

Why do we need transportable energy storage systems?

Our society is often supported by both the power and transport networks, and these networks overlap at different geographical locations and nodes, hence the transportable energy storage system (TESS) moving along the transport network have been advocated to improve the resilience of the power system .

Why should you choose Tess cooling solutions?

TESS solutions don’t just increase bottom line, they also directly address Global Emission Factors* (scope 1 and 2 emissions) TESS offers innovative cooling solutions for data centers and commercial buildings, reducing HVAC loads by as much as 45% and lowering electricity or natural gas expenses by 25-35%.

Does Tess reduce economic costs?

As shown in this table, the economic costs with TESS are clearly reduced, with a maximum reduction of 59.7%. Besides, the critical load restoration rates are improved, with improvement ranging from 5.99% to 16.2%. On the contrary, the normal load restoration rates in Scenario 2 and Scenario 3 are reduced by 9.75% and 12.16% respectively.