We advise on and deliver projects in three areas: battery systems, the production lines that make them, and the energy storage systems that use them. You can engage us for a single stage, such as defining requirements or comparing options, or for the whole project through integration, construction and handover. Because we also make test equipment, results are checked on our own systems before handover.
Cells, modules and packs: technology selection, architecture and integration.
Planning, construction and handover of battery and vehicle production lines.
Design, construction and acceptance of energy storage projects, sized on measured site data.
Consulting can be commissioned for a single stage or carried through to integration and construction.
We size equipment and systems from measured load curves, cycle times and grid data, not from nameplate ratings.
We take responsibility from design to handover, and set out every interface with civil works and utilities in drawings and an interface list.
Acceptance tests, pass criteria and measurement conditions are agreed in the contract. After start-up, we can track operating data against the business case.
We adapt equipment to local voltage, frequency and certification requirements, provide English documentation and list site service costs separately in the quotation.
A new overseas production line and a test platform upgrade had to progress together while meeting local equipment, electrical and English documentation requirements.
We adapted the test systems, upgraded the existing platform, added new test sections and supported on-site installation, commissioning and acceptance documentation.
The test systems have been delivered. The platform upgrade and the second line are in progress.
Battery models and line conditions differed between plants. Test equipment on two lines in Thailand had to be retrofitted within short shutdown windows, and a line moved from China to India had to be adapted and recommissioned.
We reused the existing hardware platform and adapted fixtures, software configuration and test items for each battery model and plant.
The Thailand retrofits have been delivered, and the India line is in progress.
Cell formation testing drew sharp peaks of power and returned large amounts of energy during discharge. Both had to be managed within the plant’s grid capacity and electricity tariffs.
We designed a shared DC bus that links the test equipment with on-site energy storage, then integrated and commissioned the system and tracked its operating data after start-up.
Peak power drawn from the grid fell by 1,086 kW, and on-site storage absorbed 99.5% of the energy released during formation testing (site data, April 2026).
Start with the information you have, and we will develop the technical requirements together.
