Blue Earth launches green battery for traffic cabinets

Blue Earth Energy Power Solutions launched a new intelligent battery for traffic cabinets at ITS America in Pittsburgh. The world’s first lead-acid free, bendable, lightweight, environmentally-safe battery backup system utilizes Nickel-Zinc (NiZn) chemistry and is completely recyclable. The UPStealth Battery Backup System can survive in a wide-range of temperatures and be formed in various configurations that allow the intelligent battery to bend around corners and fi t into spaces that cannot be accesse
June 3, 2015 Read time: 2 mins
Jake Hysell of Blue Earth with the UPStealth system
8125 Blue Earth Energy Power Solutions launched a new intelligent battery for traffic cabinets at ITS America in Pittsburgh. The world’s first lead-acid free, bendable, lightweight, environmentally-safe battery backup system utilizes Nickel-Zinc (NiZn) chemistry and is completely recyclable.

The UPStealth Battery Backup System can survive in a wide-range of temperatures and be formed in various configurations that allow the intelligent battery to bend around corners and fi t into spaces that cannot be accessed by traditional battery backup systems. According to the company, this eliminates the need for heating or cooling devices and external cabinet configurations.

The environmentally-friendly UPStealth does not give off hazardous outgassing, minimizes corrosion and does not have flammable or explosive characteristics. NiZn is certified as recyclable by the Rechargeable Battery Recycling Coalition and is RoHS compliant, making it possible to dispose the battery without having to pay associated fees.

In addition, a digital battery management system monitors and maintains the system automatically, creating a maintenance-free battery that can be remotely and centrally supervised from a desktop application.

For more information on companies in this article

Related Content

  • Tritium launches 50kW rapid electric vehicle charger
    December 21, 2017
    Australian-based technology company Tritium’s Veefil-RT is a 50kW rapid charger for electric cars and the company claims it is 25 times faster than home charging, meaning a driver can add 50km range to an EV battery in 10 minutes or recharge 80% in around 30 minutes.
    Read More
  • Buses services benefit from seamless Wi-Fi data transfer
    April 9, 2014
    Ted Bowser explains how the almost total Wi-Fi coverage at Ride-On’s new bus garage is providing big benefits for the operator and passengers alike. The ability to download and upload data to and from the various systems on board buses has become central to mass transit operators’ business model. So when Ride-On, the public transportation system in Maryland’s Montgomery County, was moving one of its three depots into a bigger and purpose-built facility, connectivity was a key consideration.
    Read More
  • VeoRide to launch e-scooter with swappable battery in US
    February 13, 2019
    VeoRide is to launch an electric scooter with a swappable battery in the US – which it says sets the product apart from anything on the market. The company could not resist a dig at commercial rivals, saying that its R&D team designed vehicles “from the ground up for commercial/shared use, rather than sourcing the same Ninebot or Segway scooters that Lime, Bird and others use”. VeoRide claims that its scooter will last four to eight times longer than others – and suggests that it will also improve s
    Read More
  • Future mobility trends on display at ITS America annual meeting
    May 15, 2015
    From point-to-point car-sharing to tech-enabled shuttles and other new forms of “micro-transit,” there is no shortage of innovation happening in today’s transportation industry. At the ITS 2015 Annual Meeting & Expo, the Shared-Use Mobility Centre (SUMC) will be coordinating a can’t-miss session featuring four leaders who are driving advancements in shared mobility - Kaye Ceille, President, Zipcar; Joseph Kopser, CEO/Founder, RideScout; Ryan Rzepecki, CEO/Founder, Social Bicycles; and Jennifer Krusius, Pitt
    Read More

Highlighted Content