One operating workflow
EV Charging and Battery Swap Management Platform connects users, operating roles, system states and data around one defined service lifecycle.
EV ENERGY OPERATIONS
EV Charging and Battery Swap Management Platform
Unify charging and battery-swap devices, vehicles, energy, orders, tariffs, settlement, maintenance and operating analysis.
LemonBus · Solution architectureDELIVERABLE
From operating requirementsEV Charging and Battery Swap Management PlatformA deployable operating system
Station and device recordsVehicle and user accessCharging and swap ordersBattery lifecycleOperations and maintenanceEnergy and revenue analysis
Architecture overview · Final scope depends on business, interfaces, deployment and compliance requirements
SOLUTION DEFINITION
Start with the operating problem,
then define the system
An energy operations platform that connects compatible devices and service orders to vehicle, battery, station and financial data.
Best fitFor fleet energy operators, charging or swap networks, rental fleets and commercial vehicle projects.
CUSTOMER VALUE
Business outcomes first,
platform capability second
LemonBus starts from real operating workflows, then shows how people, systems and data work together.
Configurable project scope
Standard capability, interfaces, private deployment and custom work are separated before implementation.
Operational evidence
Orders, assets, service events and management data remain traceable for daily operations and project review.
OPERATING FLOW
Connect the request,
dispatch and fulfilment
The final workflow can support real-time, scheduled, route-based and connected-vehicle services. It is configured around the customer's operating rules.
- 01
Connect assets
Register stations, chargers, cabinets, batteries, vehicles and device protocols.
- 02
Create energy orders
Authenticate users or vehicles and apply tariffs and service rules.
- 03
Operate and maintain
Monitor device, energy, alarm, task and maintenance states.
- 04
Settle and analyse
Reconcile orders, revenue, energy cost, asset output and exceptions.
PLATFORM CAPABILITIES
Core capabilities for daily operations
Each capability has defined users, inputs, rules and outputs and is combined within the agreed project scope.
Station and device records
Sites, chargers, cabinets, ports, batteries and communication states.
Vehicle and user access
Fleet, vehicle, driver, account and authorization rules.
Charging and swap orders
Start, stop, metering, tariff, payment and settlement events.
Battery lifecycle
Battery identity, state, circulation, energy, alerts and maintenance.
Operations and maintenance
Alarms, inspection, work orders, parts and service records.
Energy and revenue analysis
Energy consumption, cost, utilization, revenue and asset output.
DEPLOYMENT & ENGAGEMENT
Combine delivery models
by project phase
Version, delivery scope, pricing, revenue share and data-use boundaries are governed by the agreed solution, contract and compliance review.
Standard SaaS
Configure branding, roles, operating rules and service parameters on a proven product foundation.
Subscription / servicePrivate deployment
Deploy in the customer's environment with agreed security, data, organization and interface requirements.
Project deliverySystem integration
Connect existing apps, mini programs, finance, vehicle, payment, mapping or partner systems.
IntegrationCustom implementation
Assess workflows, roles and operating rules that are not covered by the standard product.
Scoped deliveryCapability and responsibility boundary
Electrical engineering, grid connection, device safety, equipment certification and on-site operation remain with qualified project parties and suppliers.
PROJECT FAQ
Common questions
These answers support early project evaluation. Final implementation depends on the operating region, responsible parties, current systems and regulatory requirements.
Who is EV Charging and Battery Swap Management Platform designed for?
For fleet energy operators, charging or swap networks, rental fleets and commercial vehicle projects.
Can it connect to an existing system?
Yes. Integration is assessed against the existing architecture, available interfaces, data ownership, security requirements and the agreed project scope.
How is the final delivery scope confirmed?
The final scope is defined by business region, responsible entities, existing systems, interfaces, deployment and compliance requirements. Electrical engineering, grid connection, device safety, equipment certification and on-site operation remain with qualified project parties and suppliers.