Capacira
Engineering World, Reimagined.
The unified calculation suite for BESS, Pumps, Turbines, and HVAC. Structured. Peaceful. Precise.
Proven Results
How Engineers Scale with Capacira
See how top-tier R&D teams and independent consultants use our unified calculation suite to decouple complexity and accelerate infrastructure design.
Utility-Scale Liquid Cooling Optimization
Challenge: Balancing Heat Dissipation (Q3) and HVAC operating strategy for a 250 MWh utility-scale system.
Solution: Used Capacira to model heat generation profiles, cooling loads, and auxiliary power demand.
Impact: Finalized preliminary cooling architecture before OEM engagement.
Municipal Raw Water Intake
Challenge: Optimizing sump dimensions and bell-mouth geometry for a 120 MLD treatment facility.
Solution: Leveraged Capacira to define required submergence, swirl angles, and pump-bay geometry.
Impact: Modified intake geometry significantly reducing vortex formation risk.
Kaplan Turbine Feasibility
Challenge: Determining turbine configuration for an 18 MW run-of-river project under strict head/speed constraints.
Solution: Used Capacira for runner diameter, specific speed, and axial loading calculations.
Impact: Successfully shortlisted Kaplan configuration for OEM technical discussions.
Solar Farm Control Room HVAC
Challenge: Sizing HVAC for a 300 MW facility considering solar exposure and high equipment heat loads.
Solution: Used Capacira’s load calculators to determine sensible heat loads and ventilation requirements.
Impact: Established accurate preliminary HVAC sizing during the FEED stage.
Pelton Turbine Runner Optimization
Challenge: Determining geometry for a 12 MW high-head hydro runner project.
Solution: Capacira provided bucket dimensions, jet ratios, and optimal bucket count.
Impact: Developed robust conceptual runner geometry prior to detailed design.
Container Fire Suppression Validation
Challenge: Determining suppression system inputs for a 100 MWh containerized storage facility.
Solution: Used Capacira to calculate effective enclosure volumes and rack arrangement spatial constraints.
Impact: Prepared compliant preliminary fire-protection engineering package.
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