Container-Based Integrated PCS with Dry-Type Step-Up Transformer
Utility-scale battery storage, containerized PV+ESS, integrated power conversion.
- Voltage class
- Up to 35 kV
- Capacity range
- Up to 5,000 kVA
PRODUCT FAMILY / 3 LISTED PLATFORMS
Compare container dry-type, container oil-immersed and pad-mounted PCS step-up platforms. The current catalogue lists ranges up to 35 kV and 5,000 kVA; confirm the actual voltage combination and converter duty for your project.
Compare published ranges. Confirm the final configuration with our engineers.

RANGE AT A GLANCE
Listed options describe the product range. Final ratings, compatible combinations and performance are confirmed in the approved project datasheet.
On smaller screens, swipe the table to compare all columns.
| Product platform | Voltage class | Capacity range | Frequency | Cooling | Details |
|---|---|---|---|---|---|
| Container-Based Integrated PCS with Dry-Type Step-Up Transformer | Up to 35 kV | Up to 5,000 kVA | 50 / 60 Hz | AN / AF | View product — Container-Based Integrated PCS with Dry-Type Step-Up Transformer |
| Container-Based Integrated PCS with Oil-Immersed Step-Up Transformer | Up to 35 kV | Up to 5,000 kVA | 50 / 60 Hz | ONAN / ONAF | View product — Container-Based Integrated PCS with Oil-Immersed Step-Up Transformer |
| Pad-Mounted Integrated PCS with Oil-Immersed Step-Up Transformer | Up to 35 kV | Up to 5,000 kVA | 50 / 60 Hz | ONAN | View product — Pad-Mounted Integrated PCS with Oil-Immersed Step-Up Transformer |
Products
Open a platform for the published specifications, configuration options and project review points.
Utility-scale battery storage, containerized PV+ESS, integrated power conversion.
Large-scale battery storage, oil-immersed containerized solutions.
Pad-mounted energy storage, distributed PV+ESS, project sites.
BEFORE YOU ENQUIRE
Share the details you have. A short description is enough to begin; drawings and specifications can follow.
Request a QuoteMV and LV voltages, transformer duty, capacity, converter interfaces, metering and protection.
Indoor or outdoor location, enclosure, ventilation, cable routing, maintenance access and transport limits.
Single-line diagram, equipment list, protection philosophy and the responsibilities for switching, transformer and control systems.
Start with the converter output, grid connection, site layout and cooling environment. The three listed platforms provide different installation routes; use the product pages to review their published scope.
Start with the single-line diagram, converter requirements, voltage interfaces and duty cycle. Add protection, earthing, layout and environmental conditions when known.
Do not assume the converter or other equipment is included. Confirm the supply boundary, interfaces and responsibilities in the project equipment list and drawings.
Talk to an engineer
A short description is enough. We’ll help clarify the specifications.