Facility & Energy Managers
What's actually happening in your plant room?
Temporary instrumentation establishes how the plant performs under real operating conditions: power, flow, temperatures, load, and kW/RT.
POWER + FLOW + TEMPERATURE → COOLING OUTPUT → kW/RT
- Central cooling plant and chiller focus first
- Continuous logging, not a single spot reading
- Engineering variables you already know: power, flow, Tₛ, Tᵣ
- Findings you can act on with controls and operations
- Partner-delivered installation under Negawatt measurement protocols
From SGD 4,950, subject to site suitability
Cooling plant · CH-1 · illustrative
Full studies log ~4 weeks continuously
Measured performance
1.38kW/RT
Target performance
0.58kW/RT
at 8.5°C
Performance gap
Illustrative conservation opportunity vs target specific power
58%
Instrumentation variables
P
Electrical power
kW
Q̇
Cooling load
RT
V̇
Chilled water flow
L/s
Tₛ
Supply temperature
°C
Tᵣ
Return temperature
°C
SP
Specific power
kW/RT
System boundary · schematic
Illustrative example. Platform target is 0.58 kW/RT at 8.5°C supply condition: a performance benchmark, not a measured post-intervention result unless verified on site.
What happens on site
01
Survey
Site suitability, plant access, and measurement boundary
02
Install
Temporary instrumentation via approved field partners
03
28-day log
Continuous data under real operating conditions
04
Remove & report
Equipment out; kW/RT analysis and findings delivered
Singapore · featured market
Installed capacity often exceeds real cooling load
Many commercial plants are oversized relative to peak and average load. That gap is where measurement and optimisation find waste.
Conceptual chart inspired by published Singapore building stock patterns (e.g. NEA-type analyses). Not a plot of named buildings. Use site measurement for project decisions.
Internal champions
Help colleagues approve the next step without rewriting the case from scratch.