Skip to Content
Home

Thermostatically Controlled Outlet for Pump House Heaters

The RTF is a technical advisory committee to the Northwest Power and Conservation Council established in 1999 to develop standards to verify and evaluate energy efficiency savings

NWCouncil.org Contact
Calendar
Work products
UES Measures Standard protocols list Demand Response Technologies Supporting Documents Propose a measure or standard protocol Proposed measures and status Whole Building Efforts
Subcommittees
  • Commercial HVAC
  • Connected Thermostats
  • Demand Response
  • Duct Sealing
  • Guidelines
  • Heat Pump Water Heaters
  • Implementers Group
  • Modeling
  • Natural Gas
  • New Homes
  • Non-Residential Lighting
  • Operations
  • Refrigeration
  • Research and Evaluation
  • Residential HVAC
  • RTF Policy Advisory Committee
  • Small and Rural Utilities
  • Weatherization
  • Whole Building
Home Calendar News and updates Decisions Guidelines

About the RTF

  • RTF Membership - 2025-2027
  • Work plan and budget
  • Request for proposals
  • Charter and bylaws
  • Conflict of interest policy
  • RTF Policy Advisory Committee
  • Contacts
  • Conservation achievements

Work Products

UES Measures Standard protocols list Demand Response Technologies Supporting Documents Propose a measure or standard protocol Proposed measures and status Whole Building Efforts

Subcommittees

  • Commercial HVAC
  • Connected Thermostats
  • Demand Response
  • Duct Sealing
  • Guidelines
  • Heat Pump Water Heaters
  • Implementers Group
  • Modeling
  • Natural Gas
  • New Homes
  • Non-Residential Lighting
  • Operations
  • Refrigeration
  • Research and Evaluation
  • Residential HVAC
  • RTF Policy Advisory Committee
  • Small and Rural Utilities
  • Weatherization
  • Whole Building
Close Navigation
  1. /

UES Measure

  • Thermostatically Controlled Outlet for Pump House Heaters

Thermostatically Controlled Outlet for Pump House Heaters

At a Glance

Category 
small saver
Status 
active
Fuel type 
electric
Sector 
agricultural
Applications 
appliances
Sunset date 
Feb 29, 2028

In colder climates, resistance heaters are commonly used in pump houses and utility rooms to prevent pumps from freezing. While some of these pump houses use heaters specific for the application, others use more conventional home heaters that either do not have thermostat controls (including simple heat lamps) or have thermostat controls that are not specifically designed for freeze protection.

There are now products on the market, generally called thermostatically controlled outlets, that can be used in conjunction with non-controlled or sub-optimally-controlled heaters to turn the heaters on and off at more optimal temperatures for freeze protection. The ability of the thermostatically controlled outlets to turn heaters on at a lower set-point temperature (around 35 degrees, vs. 40-50 degrees which is common for more conventional heaters) provides the potential for energy savings during the colder months of the year.

Workbook

Latest Version

Thermostatically Controlled Outlet v3.2

File Thermostatically Controlled Outlet v3.2
Updated cost effectiveness using procost version 5.08
Date 
Jul 18, 2023
Version number 
3.2

Past Versions

version date document
3.1
Mar 29, 2023
File Thermostatically Controlled Outlet v3.1
Approved at February 2023 RTF meeting. QA complete.
3.0
Mar 01, 2023
File Thermostatically Controlled Outlet v3.0
Approved at February 2023 RTF meeting. Under QA review.
2.0
Apr 18, 2022
File Thermostatically Controlled Outlet v2.0
Updated with 2021 Plan cost effectiveness methodology
1.1
Mar 30, 2018
File Thermostatically Controlled Outlet v1.1
QC review complete.
1.0
Feb 08, 2018
File AgThermostaticallyControlledOutlet_v1_0.xlsm
Workbook version approved at the January 2018 RTF Meeting. Undergoing QC.

Decisions

Expand All Decisions

Latest decision

Decision details

Decided 
February 22, 2023
RTF Meeting: February 22-23, 2023

Approve Measure Updates

Decision Details

Approve measure updates for Thermostatically Controlled Outlet for Pump House Heaters UES measure as proposed and:

Keep the Category as Small Saver
Keep the Status as Active
Set the sunset date to February 29, 2028

Decided 
January 18, 2023
RTF Meeting: January 18, 2023

Approve Sunset Date Extension

Decision Details

Approve the sunset date extension for Thermostatically Controlled Outlet for Pump House Heaters to  March 31, 2023.

Decided 
January 30, 2018
RTF Meeting: January 30-31, 2018

Adopt New Measure

Decision Details

Adopt the Thermostatically Controlled Outlet for Pump House Heaters UES as presented and:

  • Update the analysis to assume no thermostatic control in the 250 W bin
  • Set the Category to Small Saver
  • Set the Status to Active
  • Set the Sunset Date to January 31, 2023

AN ADVISORY COMMITTEE OF:

Northwest Power & Conservation Council

ARCHIVES  •  ELCAP  •  CONSERVATION ACHIEVEMENTS

© Regional Technical Forum