Battery energy storage
Archaeology for Battery Storage Development in Cambridgeshire
Battery storage sites are small in area but heavily engineered, with substantial slabs, plinths, drainage and grid connection works.
- Disturbance
- Near total across a small footprint
- Separate scope
- Grid connection route
- Advantage
- Short fieldwork duration when programmed early
- Typical method
- Evaluation then targeted excavation
Why this scheme type carries the requirement it does
Unlike solar, almost the whole compound is disturbed: level platforms, concrete bases, bunds, attenuation and fire-water provision typically strip the site. Grid connection routes add linear works beyond the compound boundary.
The approach that keeps it proportionate
Treat the compound as fully disturbed and scope accordingly, then handle the connection route as a separate linear package. Because the areas are modest, evaluation and mitigation can often be completed quickly if they are started early.
Questions
Common questions on this
Our site is only a couple of hectares. Is archaeology really an issue?
The cost is usually modest, but the timing is not: a pre-commencement condition on a small site can still stop a grid-connection-driven programme. Early discharge is what matters here.
Project review
Archaeology on a battery energy storage scheme?
Send the footprint, the depth of disturbance and the planning position. We will set out the requirement and the programme it implies.