Harness the opportunities of transport electrification while reducing electricity distribution costs
Transport electrification is expected increase load by 10%+ by 2040 - an enormous revenue opportunity. Yet it comes with challenges - large connections in new locations may require costly grid upgrades.
Our AI-powered solutions help you confidently forecast EV charging demand and harness the flexibility of this new load to reduce costs by making better use of existing grid capacity.
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How we can help you
Better planning
Forecast EV charging demand at a substation, feeder and transformer level.
Identify grid constraints and plan upgrades.
Justify capital costs for grid upgrades with robust analytics.
More effective utilization of existing grid capacity
Incentivise EV charging loads where grid capacity exists.
Identify flexibility to influence timing of loads through time of use rates, managed charging and incentives.
Reduce peak loads and support renewables intermittency by harnessing EV batteries for vehicle-to-grid and vehicle-to-building programs.
Improve connections process
Reduce the number and complexity of connection requests by helping customers choose locations for large loads taking into account grid constraints.
Offer an efficient digital process for connections and site planning across the utility, network provider, property owners and planning authority.
Become a trusted advisor for your customers
Understand your customers' EV charging needs through data-driven insights, whether for public charging, private or fleet.
Provide your customers with advice to make good decisions on what charging to deploy, where and when.
Provide helpful information to encourage charging where it makes sense for the grid.
Increase uptake in time-of-use rates, managed charging, fleet electrification and other programs.
Optimize your own EV charging network
Identify where charging is most needed.
Select optimal locations for charging to increase site performance and fill gaps in underserved areas.