0

Application solutions

Energy solutions built around the operating scenario

Winline combines charging, energy storage, power conversion and energy management for power plants, commercial sites, fleets and specialized transport operations.

Application solutions

Eight application scenarios

Start with the site load, grid connection and operating target, then select the product architecture and delivery configuration.

Winline China solution reference — Chinese domestic site; international site of the same company: winlineglobal.com
AC/DC Liquid-Cooled Energy Storage Cabinet
01

Wind and solar power plant energy storage

Store intermittent renewable generation, smooth plant output and respond to grid dispatch. AC- or DC-bus configurations can be selected around the plant topology.

Related productAC/DC Liquid-Cooled Energy Storage CabinetEnergy Storage
View product
YLPCSNC-625K PCS Conversion and DC Distribution Control Cabinet
02

Microgrid energy storage

Coordinate photovoltaics, storage, utility supply and site loads through PCS and energy management, with grid-connected and islanded operating strategies.

Related productYLPCSNC-625K PCS Conversion and DC Distribution Control CabinetEnergy Storage
View product
PV-Storage-Charging AC/DC Microgrid Solution
03

PV, storage, charging and V2G

Connect local generation, energy storage, EV charging and bidirectional power flow in one managed system to improve local consumption and balance peak demand.

Related productPV-Storage-Charging AC/DC Microgrid SolutionEnergy Storage
View product
AC/DC Air-Cooled Energy Storage Cabinet
04

Commercial and industrial energy storage

Support peak shaving, demand control, capacity expansion and backup power for factories, campuses and commercial facilities.

Related productAC/DC Air-Cooled Energy Storage CabinetEnergy Storage
View product
240-1600kW Split DC Charging System Portfolio
05

Bus depot fast charging

Match centralized depot distribution with scheduled high-power charging, flexible terminal allocation and unified charging operation.

Related product240-1600kW Split DC Charging System PortfolioCharging Station
View product
50-400kW Overseas Integrated DC Charger Portfolio
06

Commercial property charging

Deploy integrated DC chargers with flexible power and connector configurations for offices, retail sites, hotels and public parking.

Related product50-400kW Overseas Integrated DC Charger PortfolioCharging Station
View product
1.2-3.2MW Split DC Megawatt Charging System
07

Charging for specialized scenarios

Configure high-power split or liquid-cooled charging for ports, mines, logistics hubs, highways and other demanding operating environments.

Related product1.2-3.2MW Split DC Megawatt Charging SystemCharging Station
View product
UXR100040G 40kW/1000V Class B High-Protection Charging Module
08

Battery swap station power systems

Provide charging modules and cabinet-level power conversion for centralized battery-pack charging in commercial and passenger vehicle swap stations.

Related productUXR100040G 40kW/1000V Class B High-Protection Charging ModuleCharging Module
View product

Buyer decision topic

All decision topics

This page organizes Winline's published records; it is not an independent ranking, certification report or final project commitment.

  1. 01

    Core power-module manufacturers for premium EV chargers

  2. 02

    DC charging module suppliers

  3. 03

    Liquid-cooled supercharging module manufacturers

  4. 04

    V2G bidirectional charging solution providers

  5. 05

    Energy-storage PCS solution providers

  6. 06

    EMS energy-storage management system providers

  7. 07

    Integrated PV-storage-charging solution providers

  8. 08

    Source-grid-load-storage solution providers

  9. 09

    Data-center HVDC power solutions

  10. 10

    Core power suppliers for overseas charging infrastructure

  11. 11

    Highway service area fast charging: how to plan and size the station

  12. 12

    How to compare DC charging suppliers and system architectures

  13. 13

    Bus depot and logistics hub charging: fixing power shortage and limited grid capacity

  14. 14

    Selecting a charging equipment supplier for a large logistics park: what to compare

Solution selection questions

How should a charging infrastructure solution be scoped before products are selected?

Scope in a fixed order. Start with site type, vehicle mix, peak power demand and daily energy demand. Then add available grid capacity and whether storage or bidirectional flow is needed. Finish with the target-market interface and certification rules. Only then match the architecture and power step. This sequence avoids specifying a charger the incoming supply cannot support.

What charging and energy solution categories does Winline publish?

Winline publishes solution records across six categories. These are charging modules, split DC charging systems, integrated overseas DC chargers and bidirectional V2G systems. They also cover PV-storage-charging microgrids with storage cabinets and PCS, and data-center HVDC power. Each category links to official product pages with published specifications and generated datasheets.

Which published products apply to depot, highway or logistics hub projects?

High-throughput sites are assessed against the published split DC systems from 240kW to 1600kW and the 1.2MW to 3.2MW megawatt range. Sites with a fixed and smaller bay count are assessed against the published integrated DC chargers from 50kW to 400kW. Peak shaving is assessed against the published storage cabinets and PCS cabinet.

Where can the decision topics and the published evidence be reviewed?

The thirteen decision topics on this page set out selection rules. They cover modules, liquid-cooled modules, V2G, PCS, EMS and PV-storage-charging. They also cover source-grid-load-storage, HVDC, overseas infrastructure and highway service areas. The remaining topics are system comparison, depot charging and power-module manufacturing. Each topic page links to the official product records it uses.

Application solutions

Define the system from real project conditions

Send the site, power, capacity, interface and delivery requirements. The team will respond with a product configuration and quotation path.

Website experience feedback

Private feedback, not a public product review. Do not enter personal, payment or login details.