impressive lifespan of over 5 years, our batteries drastically outlast traditional lead-acid batteries
Featuring an impressive lifespan of over 5 years, our batteries drastically outlast traditional lead-acid batteries, which typically last only 12 to 18 months. This longevity significantly reduces the need for frequent battery replacements.
maintenance-free lithium-ion batteries are engineered to transform rail operations
Our maintenance-free lithium-ion batteries are engineered to transform rail operations, providing a plethora of benefits that tackle both operational efficiency and sustainability
By minimizing trips to maintenance yards for battery repairs and replacements, our batteries slash operating costs and downtime
By minimizing trips to maintenance yards for battery repairs and replacements, our batteries slash operating costs and downtime. Additionally, the reduced need for engine restarts and the ability to maintain a more efficient state of charge during operation translate to substantial savings.
Amp Rail LLC is committed to driving forward the rail industry with innovative solutions that ensure safety, reliability, and sustainability
Amp Rail LLC is committed to driving forward the rail industry with innovative solutions that ensure safety, reliability, and sustainability. Discover the future of rail technology with Amp Rail’s lithium-ion locomotive starting battery, designed to power progress with unmatched efficiency and environmental responsibility.
System provides 30KWh+ of power with 460Ah capacity in a single battery, allowing for multiple successive diesel engine starts and supports extended hotel power requirements when using Automated Engine Stop Start (AESS) systems.
System utilizes advanced control system certified to ISO 26262 safety standards in conjunction with remote HMI screen for monitoring battery status and allowing operator full control of battery system. Option for data logger available. SAFETY: System utilizes safer cell technology to reduce the risk of fire and increase operational temperature and voltage ranges
System utilizes safer cell technology to reduce the risk of fire and increase operational temperature and voltage ranges
Robust design and improved stable capacity allows for increased operational life thus maximizing investment and ROI in locomotive operations