Every number is defensible
No figure ships without a named source — a measurement, a nameplate, or a published standard. If it can’t be traced, it doesn’t go in the report.
SEU started on a plant floor in Dublin, with a spreadsheet, a clipboard, and the same six-week energy audit run by hand one time too many. The conviction was simple: the analytical heart of that audit should be a living model — not a PDF that’s out of date the day it’s printed.
“An auditor spends five of their six weeks rebuilding the same spreadsheet. I wanted that part to take an afternoon — so the judgement, the part only a human does well, gets the week it deserves.”
Rajendra is a chartered energy engineer who spent twelve years on pharmaceutical utilities across Ireland and the EU — WFI loops, pure-steam systems, cleanroom AHUs, chiller plant. He built SEU to put that hard-won method into every engineer’s hands, grounded in the same standards a regulator expects.
No figure ships without a named source — a measurement, a nameplate, or a published standard. If it can’t be traced, it doesn’t go in the report.
IAPWS-IF97 steam, ASHRAE psychrometrics, ASME PTC 4, AHRI 550/590. The engine models the plant as it actually behaves.
A model is a hypothesis until it meets a meter. SEU reconciles against real interval data and tells you, plainly, how far off it is.
Chartered energy engineer; twelve years in pharma utilities.
Builds the calculation engine and the hourly analytics.
Shapes the report and the editor an engineer lives in.
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