The unique feature of EVOPT is the rigorous energy modeling algorithm that is embedded into the platform to accurately extract the real-world energy needs of an electric vehicle, which is important in cold and hot weather when the battery range can decrease up to 40% below the nominal values. These algorithms have been independently verified against real-world fleets in operation to confirm accuracy +/-2%[1], and incorporate the effects of vehicle mileage, average payload, terrain gradient, and temperature based on 30 years of historical climate data. The resulting route energy estimates includes two major elements: traction energy (required to move the vehicle); heating, ventilation, and air conditioning, or HVAC (required to heat or cool the vehicle cabin). The calculated energy values are then used to perform the vehicle battery charging equipment right-sizing assessment, extract the daily energy needs at the charging location, and inform the financial and emission reduction analyses.
Landis+Gyr and Microgrid Labs Strategic Partnership
Cham, 23 October, 2024; Landis+Gyr, a global leader in integrated energy management solutions, is...