Specialised containers and E-houses. Coil to finished product, under one roof.
BESS · data centres · generators · compact substations. Built on robotic welding, a C5M marine-grade paint system and European jigs.
Robotic & semi-automated welding
Repeatable structural quality, engineered to EN 1090 / ISO 3834.
C5M marine-grade paint system
ISO 12944 C5 high-corrosivity coating, applied in a dedicated booth.
Four container families, engineered as one discipline.
BESS containers
Battery energy storage enclosures built to survive thermal, fire and duty-cycle demands over a multi-year field life.
Data centre gensets
Genset and IT enclosures engineered against acoustic and availability specifications set by the facility.
Diesel & gas gensets
Acoustic genset enclosures for standby and prime power, sized and finished to the site they will stand in.
Compact substations & E-houses
Switchgear and transformer enclosures built for utility and industrial deployment, documented for empanelment.
Four things we control that most suppliers don't.
Coil-to-finished, in-house
Full process control and traceability from steel coil to painted, tested unit. No sub-contracted quality gaps; one throat to choke on schedule.
Robotic & semi-automated welding
Repeatable structural quality engineered to EN 1090 / ISO 3834 — not job-shop hand welding. Weld quality is the single largest field-failure risk in containerised assets.
C5M marine-grade paint system
ISO 12944 C5 high-corrosivity coating, applied in a dedicated booth. Coastal and industrial BESS sites destroy under-specified coatings within 3–5 years.
European jigs & fixtures
Customisable pneumatic jigs for dimensional accuracy and interchangeability. Doors, glands and equipment fit first time on site; retrofit parts are interchangeable.
One envelope, three disciplines.
Every Powervault unit is an ISO container shell, a structural weldment and an electrical enclosure at the same time. Most suppliers are good at one of the three. We are set up for all three in the same building.
The plant — our strongest asset.
A dedicated facility running coil to finished product under one roof, with robotic welding, a C5M marine-grade paint booth and European-engineered jigs and finishes.
Engineered to. Not implied.
What we engineer to, and where each item genuinely stands today.
| Standard | Scope | Status |
|---|---|---|
| ISO 668 / ISO 1496 | Container dimensions and testing | Engineered to |
| EN 1090 / ISO 3834 | Structural steelwork and welding quality | Engineered to |
| ISO 5817 / ISO 9606 | Weld quality levels and welder qualification | Engineered to |
| ISO 12944 C5M | High-corrosivity marine coating system | Engineered to |
| ISO 1461 | Hot-dip galvanizing | Engineered to |
| IS 800 / IS 2062 | Indian structural steel design and material | Engineered to |
| IEC 61439 | Low-voltage switchgear and controlgear assemblies | Engineered to |
| IEC 62619 | Safety of secondary lithium cells and batteries | Engineered to |
| IEC 62933 | Electrical energy storage systems | Engineered to |
| UL 9540 / NFPA 855 | ESS safety and installation context | Engineered to |
Certification scope is confirmed per customer requirement at order stage. Status per standard to be finalised, item by item, by Powervault engineering before publication.
Powervault is the new container division of the Pai Kane Group, a power-engineering house operating since 1989, with a commercial presence in over 86 countries.
The Group’s existing business covers genset and acoustic enclosures, transformers, switchboards and integrated power solutions, supplying OEMs across the industry. More on Powervault and the Group →
Send us a specification and we will come back with a technical response.
Application, sizing, coating grade and governing standard — the more you give us, the faster we can price it.