EXPONENT NRG

EV Charging Assessment

Replace the illustrative starting values with your site data. Review the assumptions before using a result.

FROM REQUIREMENT TO DELIVERY

Define the business challenge
Compare relevant solutions
Review the technical case
Assess the site and economics
Discuss project delivery

Your operating scenario

EV Charging Assessment

Number of vehicles vehiclesDistance per vehicle per day kmVehicle energy consumption kWh/kmCharging window hoursCharging efficiency %Available electrical headroom kWPlanning power allowance %

Enter your operating data to explore a preliminary scenario.

Assumptions and calculation method

Daily battery energy = vehicles × distance × consumption. Grid energy includes charging losses. Average power = grid energy ÷ charging window; the allowance is a planning margin, not simulated coincident demand. Charger count, vehicle acceptance rate and departure schedules require a charging model. Storage cannot fix an ongoing energy deficit without a feasible recharge window.

Illustrative starting values. Replace them with your site data before discussing a project.

Continue with a relevant solution

EV Charging

Match daily energy, dwell time and electrical headroom before selecting charger power, location and control strategy.

Fleet & Commercial Charging Solutions

Plan charging schedules, charger availability and electrical capacity around fleet duty cycles, route requirements and expansion.

YOUR NEXT STEP

Turn this requirement into a project brief.

Share your site, operating priorities and available data. Start with an assessment, arrange a survey where needed, then discuss the project scope.

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