Roadside & Emergency Power
Solutions

Roadside & Emergency Power

Bring stored energy to vehicles, service teams and critical roadside equipment when fixed power is unavailable.

Discuss this application
Roadside response

Match the source, connector and energy to the recovery job.

Mobile storage can be dispatched with the service operation, then provide controlled output at the point of need. The final connector, voltage and usable-energy configuration is confirmed for each project.

V2L30KWG2V SeriesZ10080
Typical applications
  • EV roadside recovery
  • Emergency service equipment
  • Temporary field support
  • Service-route power
Application views

Roadside service and equipment deployment

Roadside & Emergency Power operating scene
Service vehicle operating area
Roadside & Emergency Power equipment deployment
Temporary roadside connection
Response workflow

Prepare, dispatch, connect and monitor each response.

01

Charge or prepare the storage system

02

Dispatch it with the service team

03

Connect the approved load or vehicle

04

Deliver managed output on site

Project inputs

Roadside project information required for quotation

Project FAQ

Size the application before selecting equipment.

Use these questions to prepare a technically useful quotation request.

What information is needed to plan roadside & emergency?

Start with required output interface, vehicle or equipment voltage, energy required per response, transport and operating environment. These inputs determine the required power, usable energy, recharge window, interface and operating method before a model is proposed.

Which MAINERAY-selected equipment can support this application?

V2L30KW, G2V Series, Z10080 are the initial equipment families to review. The final choice depends on the vehicle or load, available input, required runtime, transport route and destination-market requirements.

How are power, energy and recharge time sized?

Power in kW must cover the highest simultaneous load, while usable energy in kWh must cover the operating period. Recharge input and the available recharge window are then checked so the system can repeat the required duty cycle.