Transportation Innovators
Plan and manage high value investments in zero emission vehicle infrastructure
Plan and manage high value investments in zero emission vehicle infrastructure
The transition to zero emission vehicles (ZEVs) is a complex and pressing task, requiring extensive planning and coordination across various departments and entities. Infrastructure development, in particular, presents a significant challenge as the widespread adoption of ZEVs increases load on the grid and demands a well-planned network of charging stations.
Kevala understands the urgency and complexity of this task, and offers an intuitive platform that simplifies infrastructure planning with granular and detailed insights. Our user-friendly and powerful platform streamlines workflow processes, reduces friction, and enables more beneficial investments in electric vehicle infrastructure.
Accelerate and simplify the time and complexity of today's onerous interconnection process.
Understand the full picture of locational grid carbon intensity to support ZEV-related operational and siting decision making that informs decarbonization initiatives.
Quickly evaluate and validate non-wires alternatives in a fully integrated platform with superior visualization capabilities.
Precisely and confidently estimate the likelihood of DER adoption at the customer level with detailed spatial and locational granularity.
Increase the speed and analytical accuracy of early stage project development and minimize operating costs by evaluating parcel and land use data, geospatial road network data, grid infrastructure data, and vehicle adoption data in one platform.
Granularly model where ZEVs will be adopted to the level of detail that is required to meet the range of scenarios regulators and policymakers are envisioning.
Tap the deep industry expertise of Kevala's Professional and Advisory Services team, who work with a range of clients across the transportation and energy sectors to support transportation electrification and facilitates.
Ingesting utility grid network and AMI data
Compare results and save scenarios
Capacity and voltage grid impacts
Natively model bottom-up granular distribution grid impacts
Parcels organized by search criteria