PERFORMANCE OF VALVE-REGULATED LEAD-ACID BATTERIES UNDER SIMULATED ELECTRIC-VEHICLE DUTY.
Electric Applications Inc. (EAI) worked on a project to develop strategies for EVs supplied by the Frazer Nash Company.
Electric Applications Inc. (EAI) worked on a project to develop strategies for EVs supplied by the Frazer Nash Company.
In 2009, Electric Transportation Engineering Corporation (ETEC) evaluated the performance of the UltraBattery® in mild hybrid vehicles.
The US Department of Energy’s AVTA tested advanced technology vehicles to gather benchmark data for technology modeling and research.
Electric Applications Inc. discusses remote power systems utilizing renewable energy for areas without grid access.
The UltraBattery retrofit and Carbon Enriched projects test advanced lead battery technology in HEVs, assessing UltraBattery performance.
The Taiwanese government is working to replace internal combustion motor scooters with electric ones in order to reduce air pollution.
Peru uses hydroelectric power for electricity, but remote rural areas rely on diesel generators. To address this, a program in the Amazon Region is developing solar-diesel-generator-battery systems for clean and cost-effective energy.
Electric Applications Inc. developed an electric push back tractor (EPBT) with advanced batteries and safety features.
Electric Applications Inc. focuses on EV infrastructure with partial-state-of-charge (PSOC)/fast-charge strategies for lead-acid batteries.
Electric Applications Inc. developed infrastructure for EVs and PSOC/fast-charge strategies for lead-acid battery-powered EVs.