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For plants that can move a shift

Run the heavy work when power is cheap.

Lowtide reads tomorrow's half-hourly grid prices and rebuilds your production plan around the cheap hours. Same output, same crew, smaller bill.

9 plants live. 41.2 GWh moved since October. No new hardware at any of them.

Harlow Rolling Mill, tomorrowDay-ahead price, £ per MWh, half-hourly

As the shift pattern has it

£4,181

As Lowtide would run it

£1,246

£2,935 on the day, 70% off the movable load

  • Anneal01:00Anneal runs 07:00 under the shift pattern, 01:00 under Lowtide.
  • Wash04:00Wash runs 18:00 under the shift pattern, 04:00 under Lowtide.
  • Mill 211:00Mill 2 runs 16:00 under the shift pattern, 11:00 under Lowtide.
  • Dry13:00Dry runs 15:00 under the shift pattern, 13:00 under Lowtide.
Four movable runs, lifted out of the morning and evening peaks and set down in the overnight and midday troughs.

Plants running on Lowtide

  • Harlow Rolling Mill
  • Brightside Dairy
  • Kestrel Plastics
  • Norton Cold Store
  • Tarn Paper Mill
  • Ellesmere Coatings

Accredited by the Industrial Flex Council

The problem

Your hungriest hour is the grid's dearest hour.

Most shift patterns were drawn before electricity had a price that changed every thirty minutes. They still put the heaviest work in the two windows that cost the most, and they do it every month of the year.

Twelve months of half-hourly prices at one site

The two pale columns are Harlow's fixed run windows. They never move.

CheapestDearest

Morning shift: 07:00 to 10:00Late shift: 15:00 to 19:30

tomorrow's cheapest half-hour, at 01:30

£34per MWh

tomorrow's cheapest half-hour, at 01:30

tomorrow's dearest, at 18:00

£231per MWh

tomorrow's dearest, at 18:00

across one ordinary Tuesday

6.8xspread

across one ordinary Tuesday

Illustrative day-ahead data for a single site. Lowtide and Harlow Rolling Mill are invented.

What we do

We spend the slack you already have.

Lowtide never asks you to make less or ship later. It measures how much float your own scheduler allows each process, then moves only what fits inside it.

Four of Harlow's 11 processes moved in week one. 7 of them can.

Harlow Rolling Mill, 11 processes by hours of slackHours a process can move without changing what ships

Three hours of slack or more

Anything with less than three hours of float, we leave alone.

How it works

Three days to your first moved run.

Three sources, no install

30 days of half-hourly readings, pulled from the meter you already have

Median time from first call to first moved run across the last nine plants: 3 working days.

Why trust us

9 plants, 11 months, no new hardware.

We are paid a share of what we save, measured against your own meter and your own supplier invoice. A month that moves nothing costs nothing.

Energy moved, cumulativeGWh, cumulative
Each tick on the baseline is a plant coming on.
I expected a black box telling me to run the mill at three in the morning. What arrived was a one-page sheet I could argue with. We changed two lines of it and ran the rest.

Priya RamanOperations Director, Harlow Rolling Mill

off 11 months of electricity bills
£1.9moff 11 months of electricity bills
off Harlow's movable load last quarter
70%off Harlow's movable load last quarter
shift contracts renegotiated
0shift contracts renegotiated

Questions

The questions plant managers ask first.

What it plugs into
Half-hourly meterScheduler: SAP, MES, CSVERP, if you want costs backLowtideTomorrow’s run sheetRead-only in

Read-only in, a sheet out. Nothing is installed on your floor.

  • No. Lowtide only moves a run inside the float your own scheduler already allows it. A process with no slack is a process we do not touch, and every plan is a proposal your planner approves before anything changes.

Start here

See your own day, priced.

Send one month of half-hourly consumption. We return a costed plan for a real day at your plant: the runs we would have moved, and what it would have saved.

Free, and back within three working days. We do not need meter access for the first pass.

  1. Day 0

    You send one month of half-hourly consumption

  2. Day 1

    We price a real day at your plant against it

  3. Day 3

    A costed plan comes back, with the runs we would move