Your production ceiling is not a machine problem or a process problem. It is a power problem. And it is solvable.
You added capacity — a new line, a new machine, a new shift pattern. The fuse hit its limit. The DNO told you what it cannot do.
The grid upgrade costs more than you can justify, takes longer than you can wait, or simply is not available on any timeline that matches your production plan. You are not waiting for a better grid. You need a way to produce what the business requires — now, with the connection you have.
The specification comes from your actual load profile: shift hours, peak draw events, base load, planned expansion. That is what the site assessment produces. Not a system sized for a typical manufacturing site — one sized for yours.
What the system deliversA cylindrical VAWT operates in low wind speeds and turbulent conditions — industrial rooftops, exposed yards, constrained sites. Generation is available across your full operating window. Not just when the sun is up.
Compressors, heavy machinery, welding banks — all draw hard when they start. The BESS is sized against your specific startup events, not against your average load. The grid never sees a spike that exceeds what the connection can carry.
The AI management system optimises continuously across generation, storage, and production load. It decides what to draw from where and when. You do not manage it — it manages itself, the same way your grid connection does today, except it is working harder for you.
The site assessment models your next planned addition alongside your current load. When the next machine arrives, the power is already there.
When electricity prices go negative — which happens with increasing frequency as renewable generation peaks — the AI management system charges the battery from the grid at zero cost or better. The system stays connected to the grid where it is useful. It bypasses it where the grid cannot keep up.
The primary return is not measured in energy cost saved. It is measured in production capacity unlocked — shifts enabled, machines running, orders fulfilled that were previously impossible.
Energy cost reduction is real and significant for energy-intensive manufacturing. For a site with a high and continuous load, every kWh generated on site reduces a meaningful bill. It is the secondary return, not the primary argument.
The site assessment produces a load profile analysis that maps your actual peak draw events — including machine startup spikes — against what the system covers. Specific figures, not ranges. A business case built from your production pattern.
Light manufacturing and assembly. Precision engineering. Metal fabrication. Food and beverage processing. Plastics and composites. The sector matters less than the situation: a grid connection that has become the ceiling on what the business can do.
If you have already spoken to the DNO and heard what it cannot do, we will show you what you can build without it.
The first step
What your site can generate. How storage is sized against your peak draw events. What production capacity the system unlocks. It is the concrete next step — it does not commit you to anything beyond understanding what is possible.
Get a site assessment Back to MYOEn