Target buyer view
Logistics operators, farms, municipalities, industrial sites, tourism teams, clean-energy developers, EV assemblers, and mobility ventures moving from prototype vehicles to managed operations.
Ready-made product
EV Fleet and Solar Charging Operations Platform
A ready-made clean mobility platform for electric utility fleets, solar charging depots, battery health, route operations, maintenance, driver safety, parts, service centers, dashboards, and future autonomous vehicle workflows.
Product visual gallery
Understand the product through screens, workflow, and operating layers.
This section converts the ready-made product into visible workspaces for buyers, operators, and technical reviewers.
User journey
The product can be presented as a clear operating journey from onboarding to reporting.
Core product modules
The first release should make the core modules visible enough for buyers to evaluate the build.
Technical operating layer
The architecture view helps technical buyers understand integrations, deployment choices, controls, and data flow.
Fleet Control Room
A daily operations workspace for vehicles, operators, routes, tasks, and depot readiness.
Charging and Energy Operations
Charging workflows that connect vehicle readiness with depot and solar infrastructure.
Product fit
Brandable software with a clear scope, buyer, and build path.
Category
Clean mobility
Buyer profile
Logistics operators, farms, municipalities, industrial sites, tourism teams, clean-energy developers, EV assemblers, and mobility ventures moving from prototype vehicles to managed operations.
Implementation page
The solution page explains the deeper module map, workflow detail, and technical delivery outline.
Why buyers choose it
Position the product around ownership, speed, security, and control.
Operate vehicles and energy together
Connect fleet records, charging sessions, battery health, maintenance, driver tasks, and depot performance instead of managing vehicles and energy in separate systems.
Start with a pilot fleet
Launch with a small number of vehicles, charging points, drivers, and service tickets, then expand into depots, route analytics, warranty workflows, and manufacturing visibility.
Make electrification measurable
Track uptime, energy use, charging activity, maintenance response, fuel replacement, safety issues, and operator feedback in dashboards investors and partners can review.
Prepare for autonomous workflows
Design the data foundation for driver monitoring, computer-vision events, ADAS review, remote diagnostics, over-the-air update planning, and future autonomy modules.
Competitive angle
Why traditional payment gateways fall short.
| Traditional gateway | EV Fleet and Solar Charging Operations Platform |
|---|---|
| Fuel and maintenance costs are tracked late | Energy use, charging, battery health, service tickets, and uptime are visible daily |
| Charging infrastructure is planned separately | Depot charging, fleet schedule, vehicle readiness, and solar energy data connect in one system |
| Vehicle pilots produce scattered evidence | Pilot performance, incidents, maintenance, and operator feedback are captured for investor review |
| Service teams rely on calls and paper notes | Maintenance requests, diagnostics, parts, warranty, and service history move through structured workflows |
| Autonomy is treated as a distant add-on | Telemetry, event logs, driver safety, and OTA planning prepare the platform for computer-vision features |
| Manufacturing quality is disconnected from field use | Supplier, assembly, inspection, defect, and field-service data can feed one improvement loop |
How it works
A simple path from customer payment to merchant settlement.
Register vehicle
The payment journey starts here.
Assign operator
The platform moves the payment forward with traceable status and controls.
Plan route or task
The platform moves the payment forward with traceable status and controls.
Track battery and charging
The platform moves the payment forward with traceable status and controls.
Resolve service ticket
The platform moves the payment forward with traceable status and controls.
Review fleet performance
The platform moves the payment forward with traceable status and controls.
Scale depot or vehicle line
The platform moves the payment forward with traceable status and controls.
Industries
Use cases for buyers that need payment infrastructure they can own.
Agriculture and rural operations
Manage electric farm utility vehicles, rural charging, field service, parts requests, harvest transport, cooperative usage, and maintenance records.
Logistics and last-mile delivery
Track route assignments, battery range, charging plans, driver performance, fleet utilization, delivery readiness, and vehicle uptime.
Municipal and public works
Support street service, waste collection, parks, facility teams, inspection vehicles, depot charging, maintenance scheduling, and public-sector reporting.
Tourism, campuses, and industrial sites
Coordinate shuttles, site vehicles, driver rosters, charging points, safety checks, and service workflows across controlled operating environments.
Architecture and deployment
Designed for technical buyers, operators, and enterprise review.
Platform architecture
Core flow
- Fleet web dashboard and mobile operator workspace
- Vehicle, driver, depot, charging point, battery, and maintenance data model
- Telemetry ingestion layer for GPS, battery status, odometer, energy use, and fault codes
- Solar charging and energy session management
- Maintenance, spare parts, warranty, and service-center workflow
- Driver safety, inspection checklist, incident, and compliance module
- Analytics for utilization, uptime, energy cost, emissions proxy, and pilot performance
- Future ADAS, computer-vision, OTA update, manufacturing quality, and supplier integration roadmap
Deployment options
Hosting models
- Cloud hosted
- Private cloud
- Pilot fleet deployment
- Depot rollout
- Manufacturer or assembler portal
- IoT and telemetry integration roadmap
Core workspaces
Panels and control layers inside the product.
Fleet Control Room
A daily operations workspace for vehicles, operators, routes, tasks, and depot readiness.
- Vehicle registry with status, assignment, mileage, battery, and service state
- Driver or operator profiles, shift tasks, checklist submissions, and incident notes
- Route, site, delivery, or field-task assignment workflow
- Fleet utilization, uptime, readiness, and operational trend dashboards
Charging and Energy Operations
Charging workflows that connect vehicle readiness with depot and solar infrastructure.
- Charging point registry, session logs, queue status, and depot utilization
- Battery state, range readiness, energy use, and charging history reports
- Solar charging and energy-storage data model for future integrations
- Energy-cost and fuel-replacement reporting for pilot evidence
Maintenance, Parts, and Service
Service workflows that protect uptime as the fleet grows.
- Preventive maintenance schedule, service tickets, and defect reports
- Spare parts requests, warranty notes, supplier records, and service-center handoff
- Remote diagnostics and fault-code planning for telemetry integrations
- Technician dashboard with open work, parts status, and repair history
AI, Safety, and Autonomy Roadmap
A staged data foundation for advanced safety and autonomous mobility features.
- Driver behavior, inspection, incident, and safety event capture
- Computer-vision event library planning for lane, object, and collision review
- OTA update, firmware, and vehicle software release workflow outline
- Model-ready data structure for predictive maintenance and fleet optimization
Manufacturing and Partner Portal
Operations visibility for teams building vehicles, depots, and service networks.
- Prototype, assembly, quality inspection, supplier, and defect tracking model
- Pilot program dashboard for investors, government partners, and enterprise buyers
- Deployment checklist for fleet sites, depots, technicians, and operator training
- Data-room exports for milestones, unit economics, risk, and rollout evidence
Scope detail
What the first release and handoff usually include.
Core modules
Functional blocks
- Vehicle, driver, depot, charging point, battery, and service data model
- Fleet dashboard and mobile operator workspace
- Charging session and solar energy operations
- Maintenance, parts, warranty, and service-center workflow
- Telemetry ingestion plan for GPS, battery, odometer, and fault codes
- Safety, inspection, incident, and compliance reporting
- Predictive maintenance and battery analytics roadmap
- Investor data-room metrics and pilot performance reports
MVP scope
First version to validate demand
- Public product page and project narrative
- Fleet control dashboard prototype
- Vehicle and charging data model
- Maintenance ticket and parts workflow
- Pilot metrics dashboard for uptime, charging, energy use, and service status
- Implementation roadmap for telemetry, AI vision, depot rollout, and manufacturing quality
Deliverables
What we prepare
- Clean mobility MVP scope
- Fleet and charging UI prototype
- Backend data model and API plan
- Telemetry and IoT integration brief
- Investor-ready rollout roadmap
- Commercial proposal and pilot launch plan
Implementation path
How we move forward
- Confirm the buyer, market, and launch goal.
- Choose the product page and implementation route.
- Mark pricing or support requirements if needed.
- Share the request so we can scope the work.
Pricing paths
Transparent buying options before final scope review.
Pilot Fleet
For teams validating a small EV fleet with vehicle records, operator assignments, charging logs, service tickets, and basic dashboards.
Fleet Operations
For active operators adding depot charging, route readiness, battery analytics, driver safety, maintenance scheduling, and management reporting.
Mobility Infrastructure
For large operators or public-sector programs that need multi-site depots, service centers, parts, warranty, supplier, and executive performance dashboards.
Custom
For manufacturers, clean-energy partners, and mobility ventures that need telemetry devices, AI vision planning, private deployment, integrations, and investor data-room support.
FAQ
Questions serious buyers usually ask first.
Does this require a finished EV factory first?
No. The platform can start with pilot vehicles, retrofitted utility vehicles, rented fleets, or prototype units while the larger manufacturing and supplier roadmap is still being developed.
Can it support solar charging depots?
Yes. The scope can include charging points, solar energy logs, charging sessions, battery readiness, depot utilization, and reports for operators or clean-energy partners.
Can this connect to vehicle telemetry?
Yes. The architecture can plan for GPS, battery data, odometer, fault codes, IoT gateways, mobile check-ins, and later embedded vehicle software integrations.
Is autonomous driving included in the MVP?
The first version should focus on fleet operations and data capture. Computer vision, driver assistance, and autonomy modules can be staged after reliable vehicle, safety, and telemetry data exists.
Request a scope
Use this product page to start a build conversation.
We can shape the landing page, module map, architecture notes, and commercial proposal around your market.
