DC-EC
District Cooling Engineering Console
District Cooling Engineering Console
Trace the network on a map, size the plant, simulate all 8,760 hours of the year and solve the tariff that meets your target return. One physics engine sits behind every number.
Planning- and concept-level engineering. Results are internally consistent and auditable; they do not replace detailed design.
To your plant models, hourly simulations and feasibility studies.
Five missions, one model
Master plan feasibility
Diversified demand from floor area, plot size, utilities and road corridors.
Design review
Is storage workable all year, and does annual kW/TR meet the target?
Expansion assessment
Can existing plants and pumps take the added load, and what is the cheapest fix?
Operational benchmark
Achievable kW/TR against actuals, and the controls that close the gap.
Concession appraisal
25-year cash flows and the tariff that meets the target equity return.
How it connects
1 · Network
Trace it, size it
Draw pipes and energy transfer stations; rings are detected, the governing station and pump head are found for you.
2 · Plant
Simulate every hour
Chiller staging, tower approach, storage dispatch and pump drives, hour by hour on local weather.
3 · Economics
Solve the tariff
Capex, operating cost and customer volume risk feed a financial model that solves for your target return.
Built to be checked
Energy, flow and water balances are re-checked for each of the 8,760 hours, with the residuals shown. Rates live in one cost database, assumptions sit in one register, and reports carry a sign-off matrix.
Read the technical referenceIllustrative day: storage charges off-peak and discharges across the peak.