ev.energy
Last Updated
Overview
ev.energy provides ‘Eve,’ an energy orchestration platform that helps utilities coordinate EV charging, solar power, and battery resources. While documentation may not cover every scenario, its planning tools and real-time asset coordination support utility program management. Overall, its approach to the full program lifecycle helps utilities manage distributed energy resources.
ev.energy Specifications
- Reporting & Analytics
- IoT Integration
- Energy Performance Analysis
- Vehicle Tracking (GPS)
What Is ev.energy?
ev.energy is an energy technology company that provides Eve, a software platform for coordinating Electric Vehicle (EV) charging and distributed energy resources, including solar panels and batteries. The platform helps energy providers coordinate these assets to balance electricity demand with grid constraints and support customer participation in energy programs. Its Eve platform supports various energy providers and infrastructure operators across the energy management lifecycle.
Eve Fleet schedules depot charging around vehicle departure times and helps manage peak demand charges, while its commercial energy tools coordinate EV charging with site demand, solar generation, and battery use. For multi-family properties, the platform supports resident authorization and automated incentive payments. It also keeps an audit trail. Eve Programs helps enroll flexible assets and customers efficiently, along with incentive configuration. Together, these capabilities give organizations more oversight of charging operations and on-site energy use within a shared management framework.
What Is ev.energy Best For?
‘Eve Insight’ is one of the well-regarded capabilities of the solution. It helps utility planners evaluate grid constraints and energy program proposals using public data. It forecasts EV adoption, assesses load growth, estimates ratepayer impacts, and supports regulatory filings using sources like NREL EVI-Pro and U.S. Census data. Utilities can also add their own internal data to refine projections. For utility planners, this can inform early feasibility assessments and comparisons between proposed programs before they commission detailed studies.
How Much Does ev.energy Cost?
ev.energy price is customized, based on the requirements of users. Additionally, users may also incur potential extra costs beyond the base subscription. Please note that the following figures are based on industry estimates and may vary depending on provider terms.
- Custom SCADA/ADMS, CIS, and telematics integrations: $10,000–$50,000+
- Legacy data migration and cleansing: $5,000–$25,000
- Deployment and system configuration: $10,000–$40,000
- Staff training and onboarding: $1,000–$5,000
- AMI and smart-meter data integration: $5,000–$20,000
- V2G/V2H bidirectional charger interoperability testing: $10,000–$50,000
- EVSE, inverter, and battery hardware upgrades: $500–$5,000+/site
- Utility market participation and aggregator registration: $5,000–$30,000
- Regulatory compliance and measurement-and-verification consulting: $5,000–$25,000
Disclaimer: The pricing is subject to change.
ev.energy Integrations
ev.energy’s Eve platform integrates with fleet telematics and management systems for depot charging and departure-time scheduling, including:
- Geotab
- WEX
- Voyager
- AssetWorks
For utilities, Eve offers native connectors for Customer Information Systems (CIS) and Advanced Metering Infrastructure (AMI)/Meter Data Management (MDM) systems. It also works with grid-level Distributed Energy Resource Management Systems (DERMS).
Eve also connects with EVs for asset coordination through OEM-authorized telematics, networked Level 2 chargers through charger integrations, and residential solar inverters and batteries from major brands. It supports IEEE 2030.5 (CSIP) for utility communications and OCPP 1.6 for charger communications.
For custom integrations, ev.energy provides the Smart Charge API v2, which is currently in beta, and the Eve Workspace REST API.
How Does ev.energy Work?
Here's how users can navigate the software to manage smart EV charging and coordinate energy use:
- Log in to the Eve platform using the business account credentials provided by ev.energy
- Open Eve Insight to model EV adoption, assess grid constraints, and evaluate potential program impacts
- Define program goals and identify eligible customer groups based on utility requirements
- Use Eve Programs to configure charging programs, customer enrollment, and applicable incentives
- Connect supported EVs, chargers, batteries, and other flexible energy assets to the platform
- Use Eve Sync to dispatch connected assets according to grid needs and program requirements
- Monitor enrollment, charging activity, energy use, and program performance through operational reporting
- Review M&V data, settlement records, and ratepayer impact evidence in Eve Ops
Who Is ev.energy For?
Ev.energy serves a range of industries, including:
- Utility providers
- Community Choice Aggregators (CCAs)
- Energy retailers
- Property management
- Commercial fleet operators
ev.energy Use Cases
Based on our analysis of ev.energy’s Eve platform, we have identified the following scenarios where the software fits well:
Utilities Evaluating Grid Constraints Before Infrastructure Upgrades
Utilities facing rising electricity demand might need to identify where EV adoption could strain feeders and transformers before committing to costly infrastructure upgrades. Eve Insight models EV adoption, load growth, and potential grid-upgrade deferrals using public datasets, helping planning teams weigh alternatives before commissioning detailed studies. Initial analysis can begin without advanced meter data, though local utility data may be needed to refine forecasts for specific service areas.
Property Operators Expanding Managed Charging To Multi-Family Residents
Residents in apartment buildings often lack private garages, and utilities can struggle to enroll them in managed charging programs because the charging infrastructure belongs to property owners. Eve MultiFamily addresses this gap by supporting charging-network agreements with property owners and driver authorization through a resident app. It also automates incentive payments to both the site host and the driver. How well this works depends on property-owner participation and the charging infrastructure available at each site.
Fleet Operators Coordinating Depot Charging
Electric fleets need to charge vehicles around departure schedules while managing the electricity demand that builds when several vehicles plug in at the same depot. Eve Fleet supports telematics-based departure scheduling and peak shaving to manage demand charges. Still, its practical value depends on accurate vehicle schedules, suitable charging equipment, and enough site capacity to meet operational needs.
Utility Teams Preparing Settlement Records And Regulatory Filings
Utilities running managed charging or distributed energy resource programs need reliable evidence of energy delivered, program performance, and customer incentive payments. Eve Ops validates charging and asset data, measures performance against defined baselines, calculates incentives, and produces audit records and regulatory reporting outputs. This can cut down on manual reconciliation between dispatch events, finance records, and filing documents, though teams still need to confirm that the available reporting formats fit their specific regulatory requirements.
Is ev.energy Right For You?
ev.energy might be a suitable fit for organizations struggling to coordinate EV charging, energy demand, and grid constraints across multiple sites or customer programs.
Its platform supports scaling energy flexibility programs across electric vehicles, solar panels, and batteries, while working alongside existing technology systems. It is also capable of matching charging schedules with site demand and utility programs and incentive workflows, allowing organizations to manage charging needs as part of broader energy goals.
For security-conscious buyers, ev.energy reports annual independent SOC 2 Type II examinations and uses encryption, HTTPS/WSS transmission, and restricted data access.
Still not sure about ev.energy? Contact us at (661) 384-7070 for further guidance.
ev.energy Features
Data Cleansing And Validation For Settlement
This capability processes telematics signals from enrolled vehicles, charger session logs, inverter generation records, and AMI data before they are sent to a baseline. Each reading is run through an eight-layer cleansing pipeline, and any flagged sessions are sent for manual review before settlement. Then utility teams can use the validated data for incentive calculations and settlement records, rather than relying on unverified readings.
Regulatory Filing Documentation
Eve Ops creates standard filing components for PSC, PUC, and CPUC formats that include ratepayer impact analyzes, baseline methodology documentation, measurement and verification (M&V) records, and customer incentive reconciliations. This can help reduce the manual work utility teams face when compiling regulatory submissions, and it helps keep supporting evidence organized across various filing requirements.
Dispatch Event Tracking And Incentive Reconciliation
The software processes each dispatch event into validated energy readings, baseline and performance measures, customer incentive calculations, and audit records in regulator format. Since charging activity is linked to performance data and financial records, utility teams can see how a dispatch event turns into customer credits and regulatory evidence, with less manual reconciliation across those processes.
Customer Enrollment And Incentive Setup
Eve Programs enables utilities to enroll the right customers into flexible energy programs via driver enrollment, territory verification, and utility account matching. It offers configurable incentive models and a white-label-capable consumer app, giving utilities the ability to customize enrollment and rewards to their own program needs.
Real-Time Energy Resource Coordination
Eve Sync orchestrates electric vehicles, batteries, solar generation, and flexible loads to respond to grid constraints, system peaks, and wholesale market signals. Its seven applications range from targeted feeder-level dispatch to fleet charging and aggregated market participation. Automated, IPMVP-aligned measurement and verification records allow utilities to track dispatch performance and store results for settlement and regulatory reporting.
Pros And Cons of ev.energy
Pros
The user interface is intuitive and well-designed
Customer support helps resolve issues quickly
Users appreciate the seamless integration with diverse solar systems
Cons
Support documentation may not cover all scenarios
Might require initial training for better software adoption
ev.energy Reviews
Total 1 reviews
4
All reviews are from verified customers
Rating Distribution
5
Stars0%
4
Stars100%
3
Stars0%
2
Stars0%
1
Stars0%
Share your experience
Small Business, 11-50 employees
“fast to put into use”
Pros
You can start using the product very quickly which is a big plus.
Cons
It wasn't always consistent in how the product performed.
Rating Distribution
Ease of use
8
Value for money
9
Customer Support
8
Functionality
7
Frequently Asked Questions
What is Eve by ev.energy, and what can businesses use it for?
Eve is a multi-DER orchestration platform by ev.energy that helps utilities and energy retailers plan flexibility programs, enroll customers, coordinate EVs, solar, and batteries, and measure program outcomes. Its applications span managed charging, demand response, virtual power plants, and regulatory reporting.
How long does it take to implement Eve?
Implementation depends on the program's scope, integrations, and regulatory requirements. ev.energy says pilot programs can move forward in weeks. Still, buyers should confirm the timeline for their own deployment.
How does Eve help utilities measure energy-program performance?
Eve Ops supports measurement and verification (M&V), program-performance reporting, and evidence for regulatory filings. It is designed to connect dispatch activity with documented outcomes. This helps utilities assess flexibility programs and support reporting requirements.
Is Eve a cloud-based platform?
Yes. ev.energy’s Eve is cloud-based.
Can Eve support demand-response programs?
Eve can coordinate flexible energy demand through connected assets, helping utilities manage consumption in line with program requirements.