Ener.co Scout Field Tool
🎤 Tap to Record
Building Info
Fields populated from estimate
Site Survey Contact
Utility Bills
Sharing 12 months of electric/gas bills helps us calculate actual energy costs and build a more accurate savings proposal.
Utilities
Equipment Features
Economizers use outside air for free cooling when conditions allow, reducing compressor runtime.
Demand response programs pay the building to reduce load during peak grid events. This affects M&V baseline calculations.
M&V / Sensor Planning ▼
If yes, indoor and outdoor sensors use separate gateways/networks.
Do many of the HVAC systems run off a central breaker panel?
Documents & Attachments ▼
Drop files here or tap to upload
Equipment Units
Unit
Auto-saves as you work.
Tap to capture unit label / tag or upload
Tap to capture nameplate or upload
Condenser Coil
Wide or upload
Coil Face or upload
Close-up or upload
Obstacles or upload
Nameplate Data
Condition Assessment
Additional Unit Info
Variable Frequency Drive — controls motor speed to save energy. Affects CT sizing and baseline modeling.
Utilities (Unit-Specific) ▼
Use only if helpful — building-level utilities are usually sufficient.
Coil Cleaning
Ask the facilities contact. Default is Yes.
Frequency, cost, contract details, or anything else worth capturing.
Evaporator Coils
Coil
Photos
Wide or upload
Nameplate or upload
Coil Face or upload
Close-up or upload
Obstacles or upload
Coil Info
Nameplate Data
Condition Assessment
M&V Information
Power & CT Planning
Tap to capture panel photo or upload
For instance in an RTU or a CRAC unit.
Sensor Accessibility
Can you reach the supply air plenum downstream of the coil to mount a wireless sensor?
Can you reach the return air path upstream of the coil?
Subcooling & Refrigerant Access
Thinner of the two copper lines at the condenser, carrying warm high-pressure refrigerant to the evaporator. Best spot: right at the condenser outlet. Sensor needs ~3 inches of exposed bare copper (no insulation or paint) to strap onto.
Used to measure saturated condensing temperature. Ideal spot: a return bend ~1/3 to 1/2 down the condenser coil where refrigerant is actively condensing. Second best: the hot gas discharge line right where it enters the top of the condenser. Needs ~3 inches of exposed bare copper to strap onto.
Small brass valve (like a tire valve) on the refrigerant lines near the compressor. Usually two of them — low-side on the suction line, high-side on the liquid or discharge line. Often capped.
Special Conditions
Checklist
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