Accurate Fleet & Energy Optimization
for Decarbonization
Accurate Fleet & Energy Optimization
for Decarbonization
Use high-resolution energy data powered planning & operational intelligence to
efficiently manage your EV fleet, charging, and energy.
Use high-resolution energy data powered planning & operational intelligence to efficiently manage your EV fleet, charging, and energy.
Exceptional ROIs for your decarbonization missions powered by software, data and IoT.
For fleet owners
who are ready to deploy low-TCO and high-reliability electric fleetsergOS
Smartly transition to EVs and reduce the Total Cost of Ownership (TCO).
Electrify your vehicles with confidence. Manage your EV fleet with precision, backed by high- resolution data, and powered by clean energy – a smarter, sustainable approach to fleet management
For renewable energy developers
who want to supercharge origination and optimize developments.ergCompare
Originate profitable sites and accurately design hybrid solar PV
Optimal sizing, high-quality layouts and accurate revenue predictions. Comprehensive solar+storage planning
November 5th, 2024
Beyond the Switch: Driving High-Performance Delivery Fleets with Smart EV Solutions
Switching to EVs brings savings and environmental gains, but logistical challenges can complicate the transition. ergLocale streamlines this process by integrating vehicle data, charging, and energy management to boost fleet efficiency.
September 26th, 2024
Cost-Effective Strategies for Maximizing Electric Fleet Range
Businesses transitioning to electric fleets must maximize EV range while controlling costs. Efficient management and strategic practices are key to optimizing fleet performance without costly upgrades.
August 9th, 2024
Driving Battery Innovation: The Role of Precision Algorithms in SoH and SoC Management
The future of Electric Vehicles (EVs) and renewable energy depends heavily on accurate battery performance predictions. As these technologies progress, batteries play a crucial role, making it essential to manage battery health effectively. Two key metrics, State of Health (SoH) and State of Charge (SoC), are vital for this purpose. Advanced algorithms that can predict these metrics with precision are essential for improving battery lifespan, safety, and efficiency. This blog examines the importance of SoH and SoC predictions and how innovative algorithms are transforming this critical field.