The Energy Brain for EV Fleet Charging
Design Optimal Infrastructure. Optimize Every Charge.
An energy intelligence engine that continuously optimizes charging operations to minimize energy costs. Whether you're running grid-only depots or solar + storage sites, ergOptimize finds the cheapest way to charge every vehicle, every day.
0+ GW
Solar assets optimized globally
0+
Scenarios analyzed per design
Multi-variable
Constrained optimization engine
One Platform. Two Powerful Capabilities.
Design It Right. Run It Smart.
Operational Charging Intelligence
Minimize energy costs on every charge, every day.
Acts as real-time energy intelligence that decides when to charge from solar, when to use battery storage, and when to draw from the grid based on forecasted solar generation, time-of-day tariffs, and fleet schedules
- Grid-only depot optimization: ToD tariffs, demand charge management, and fleet scheduling.
- Forecasted solar-aware charging schedules
- Dynamic grid pricing optimization (ToD arbitrage)
- Peak demand management & load smoothing
- Continuous learning from operational performance
Infrastructure Design Intelligence
Already optimizing grid-only? Add solar + storage when you're ready.
Design the right energy system from day one.
Models your fleet's actual operational patterns including duty cycles, routes, and uptime requirements. It optimizes the solar, BESS, and grid configuration that maximizes fleet uptime and project returns.
- Right-sized solar + BESS + grid design
- Bankable P50/P90 energy yield projections
- EaaS pricing & PPA recommendations
- IRR optimization across design variables
Forecasted Intelligence, Not Reactive Switching
Most systems just use solar when it's available and switch to grid when it's not. ergOptimize predicts and plans ahead.
Reactive / Responsive Approach
- Uses solar power only as it becomes available
- Switches to grid when solar is insufficient
- Simple rules, no multi-variable optimization
- No equipment-specific modeling
- Wastes solar capacity during off-peak charging
ergOptimize's Forecasted Approach
- Predicts solar generation and plans charging around it
- Optimizes grid usage around pricing periods proactively
- Multi-variable optimization: SoC, target time, grid load, pricing
- Equipment-specific solar simulation (modules, inverters, DC/AC)
- Maximizes renewable energy utilization at every interval
Current solar forecasting tools use basic weather data and generic calculations. Current charging optimizers use simple time-based scheduling. ergOptimize bridges both: advanced solar simulation meets intelligent charging optimization powered by a Constrained optimization engine that balances solar, grid, pricing, and fleet variables simultaneously.
How It Works
Fleet Energy Requirements
Capture electricity demand by modeling EVs, duty cycles, routes, and uptime requirements.
Site & Grid Analysis
Evaluate site constraints, grid connection capacity, ToD tariffs, and local solar resource.
Optimal Design
AI optimization across 1,000+ configurations for the perfect solar + BESS + grid mix.
Bankable Output
Energy yield projections, financial models, EaaS pricing, and ongoing operational savings.
Operational Optimization
ergOptimize continuously optimizes daily charging to maximize solar and minimize grid costs.
Your Role. Your Value.
Charging & Energy Companies
You build and operate charging infrastructure. ergOptimize gives you an energy intelligence layer that reduces charging costs from day one, starting with grid optimization across tariffs and demand charges, and scaling to solar + storage design when you're ready.
- Design bankable solar + BESS systems sized for actual fleet demand
- Offer energy-optimized charging as a differentiator
- Structure competitive EaaS contracts with validated cost models
- Integrate via API into your existing CPMS and OCPP chargers
Fleet Operators
You run the fleet. You need charging costs to go down and vehicles ready every morning. ergOptimize works with your charging provider or directly.
- Charging infrastructure designed around your actual operations
- Reduce energy costs through solar-optimized & tariff-aware charging
- Ensure fleet readiness for morning dispatch
- Works with your existing charging provider or directly
Plug Into Any Charging System
Add energy intelligence to your charging system through modern REST APIs. Any OCPP-compliant charger or CPMS can receive solar-and-grid-intelligent charging schedules. No hardware changes are required.
What Makes ergOptimize Different
Fleet-first design
We start with operational demand, not generic load assumptions.
Proven optimization engine
Built on the energy timeseries engine by Tomsawyer Technologies, trusted for 50+ GW of solar and hybrid project optimization globally.
Design + Operations
The only platform that optimizes both infrastructure sizing and daily charging operations in one system.
Advanced optimization engine
Constrained optimization that balances battery states, grid limits, solar forecasts, and tariff periods to determine the right charging power for every vehicle at every interval.
ergOS integration
Real operational data from live fleets informs both design accuracy and charging optimization.
Global coverage
Localized tariff structures, equipment databases, and regulatory requirements across the globe.
Design With Confidence, Invest With Clarity
Before a single charger is installed, ergOptimize delivers the optimal system design and bankable financial projections you need to move forward.
Financial Intelligence
Bankable projections and validated economics: unlocking savings across multiple value streams from solar self-consumption to grid arbitrage.
Bankable P50/P90 revenue projections
Energy-as-a-service pricing and PPA insights
IRR optimization across design variables
Stacked value streams: solar savings, demand charge reduction, grid arbitrage
Use Cases
Depot Charging for EV Fleets
Optimize depot charging for logistics and transportation. Start with grid-only optimization across time-of-day tariffs and demand charges to reduce costs immediately. Add solar generation and battery storage to unlock further savings when ready.
Mixed-Use Facilities
Design charging infrastructure that serves both fleet vehicles and building load. Our optimization accounts for competing demand and identifies the solar + BESS configuration that serves both efficiently.
Opportunity Charging Hubs
Plan mid-route charging stations with solar and storage. Model vehicle arrival patterns, dwell times, and energy requirements to right-size infrastructure for maximum utilization.