AReCoS

Controller evaluation

One site. One system. One baseline.

Pick one refrigeration rack, CO2 system, ammonia plant or chiller. AReCoS measures its baseline, fits a model of that machine, checks the controller on the bench, and runs it on site only under a plan you approve. The pilot compares total energy at matched refrigeration duty and product temperatures, adjusted for weather and load. Any second site is decided from that result.

The three stages below are for refrigeration racks, CO2 systems and ammonia plants. A chiller follows its own four stages, starting with a read-only assessment and BAS setpoints that need no OEM. The chiller path

The Digital Twin, the machine’s physics model, runs on the controller. No cloud in the control path, and it keeps working with the internet down. How it works

Available for evaluation today, fitted to your systemNo change to installed controls until scope is agreedExisting safeties stay independentTerms in writing before each stage

One machine, evaluated in three stages Three stages on one machine, each ending in a written go or no-go: a model of the machine is built in software from its data, with no equipment touched; the controller is checked on the bench against that model in real time; then, on site, the baseline is measured first and the controller runs under a plan you approve. The machine is one refrigeration rack, CO2 system, ammonia plant or chiller. 1 · Model In software, from its data No equipment touched 2 · Bench The controller against the model, in real time 3 · Site Baseline first, then a run under a plan you approve Your machine Compressors Valves Fans Pumps One rack, CO2 system, ammonia plant or chiller

Three stages

Each stage ends in a written go or no-go.

1 · Engineering assessment, in software
Offered now. AReCoS builds a model of your machine from its data and your test records, and replays what the controller would have done. No equipment is touched. You receive a system map, the baseline method, the model fit against your data, and the integration scope and cost for stages 2 and 3. Go: the model matches your data closely enough to judge.
2 · Bench check
The controller hardware runs against the model of your machine in real time, hardware-in-the-loop, with the valves, drives and sensors your integration partner would fit on site. Fail-safe outputs and hand-back are tested here. Go: every agreed safeguard behaves as written.
3 · On site
Baseline first, measured on the system as it runs today. Then the controller runs the commands agreed in scope, under a written commissioning, abort and rollback plan, for a period set in the agreement. You receive results against the baseline, by IPMVP Option B where the equipment is metered, and a written go or no-go before a second site.

Timing, data access, costs, installation duties and any share of savings are agreed in writing before each stage starts.

Request a technical evaluation

One system, a few details.

Tell us about one rack, plant or chiller. We reply with whether a model assessment fits, without touching the installed system.

Your details are used only to reply to this request. Privacy.

  • A reply by email. Whether a model assessment fits your system, and what data it needs.
  • Nothing on site changes. No change to installed controls until scope is agreed in writing.
  • Rather email? Write to info@arecos.net.

Send one system's description.

Send the six scoping items for one rack or plant. We reply with whether a model assessment fits, without touching the installed system.