Intensium® Max for efficient trackside energy storage
Intensium® Max for efficient trackside energy storage
Energy efficient urban rail transport plays a key role in contributing to sustainable development. Given the frequent stops of urban rail, capturing and storing braking energy offers a valuable way to reduce energy consumption.
Saft’s Intensium® Max is a megawatt-scale trackside Li-ion battery that captures and stores regenerative braking energy so that railway operators can reuse the energy for traction, generate income by returning it to the grid, or to ensure high-quality backup power.
Initially developed for grid installations, Intensium® Max brings rail energy-efficiency and smart-grid technologies to an aging transport infrastructure and has the potential to transform the relationship between the transport and energy industries.
MARKET SECTORS
Features & Benefits
- Provide significant energy savings and new revenue streams
- Reduces the grid energy consumption
- Captures market-based revenue such as frequency regulation
- Provides power insurance in case of an emergency outage
- Contributes to sustainability goals by improving environmental performance
Technical Specifications
- Proven, reliable and maintenance-free Li-ion technology
- Standardized 20-foot containerized system houses battery modules, power conditioning, communications interface, battery management, cooling and fire prevention systems
- Energy Storage System Unit (ESSU) has 29 modules in series; and the container 10 ESSUs in parallel
- 20-year design life
- 1.5 MW peak charge and discharge power and 420 kWh of storage capacity
-
Intensium Max Product Brochure
Product brochure Download (Chinese) -
Intensium Max product brochure
Product brochure -
Intensium Max+ 20E product datasheet
Product datasheet Download (English) -
Intensium Max+ 20M product datasheet
Product datasheet Download (English) -
Intensium Max+ 20P product datasheet
Product datasheet Download (English) -
Li-ion battery life - Technical sheet
Product datasheet -
Li-ion battery system - Technical sheet
Product datasheet -
BIS for lithium-ion cells, modules and battery systems 2
Battery Information Sheet (BIS) -
Battery Information Sheet Li-ion
Battery Information Sheet (BIS) Download (Portuguese) -
Acciona case study
Customer case study Download (English) -
Cowessess case study
Customer case study Download (English) -
EON case study
Customer case study Download (English) -
EXKAL Case study
Customer case study Download (English) -
Endesa case study
Customer case study Download (English) -
Fortum case study
Customer case study Download (English) -
GWP Skylar Glendale case study
Customer case study Download (English) -
Helco case study
Customer case study Download (English) -
KEA case study
Customer case study Download (English) -
KIUC case study
Customer case study Download (English) -
SEPTA case study
Customer case study Download (English) -
SEV case study
Customer case study Download (English)
Inquire Now
To ensure we can respond as efficiently as possible. Please complete this form which will be delivered to our team of experts who will help you with your enquiry.
In accordance with the provisions of the personal data protection regulation, Saft Groupe SA as data controller will process your data for the purposes of providing the services and for its legitimate interest. Any mandatory fields are marked with an asterisk.
In accordance with current regulations, you have the right to access, correct, delete and object to the use of your personal data. You may ask for your personal data to be sent to you and you have the right to give instructions for the use of your personal data after your death. You can also ask for restriction of the data, portability of the data and/or make a claim to the CNIL (the French data protection agency). For any request please send it to GDPR@saftbatteries.com or to the following address:
Saft Groupe SA
Communications Department
26, quai Charles Pasqua
92300 Levallois-Perret – France
Find out more