Smarter operations for commercial buildings

Smart ventilation, heating and cooling.
Lower energy use.

Sally R optimizes ventilation, heating and cooling around your building’s needs. We use current measurement data and predictive models to adapt control as conditions change and anticipate future needs. Through your existing control systems, we coordinate operation to reduce energy use and maintain your desired indoor climate.

Sally R connects buildings and coordinates their indoor climate and energy use.

Customer case – Savills Investment Management

Handlaren 3, Norra Backa, Borlänge

At Handlaren 3, Sally R uses sensor data to continuously optimise building operations. Savills IM reports lower energy consumption and fewer manual adjustments.

lower energy use
26 %
kWh in calculated annual savings
300,000
Overview of Norra Backa retail park in Borlänge
Norra Backa retail park in Borlänge. Results concern Handlaren 3.Savills IM, Sustainability Report, pp. 8–9
View all case studies

A selection of our customers

  • Savills Investment Management
  • Alecta Fastigheter
  • Atrium Ljungberg
  • Castellum
  • Folksam
  • Areim

Lower energy use. A more stable indoor climate.

01

15–25% lower energy use

Continuous optimization of heating and ventilation reduces energy use without replacing existing systems.

02

A more stable indoor climate

Temperature and air quality are adapted to the building’s actual needs and set clear conditions for optimization.

03

Less manual operational work

Automatic control and clear follow-up make deviations and opportunities for improvement easier to identify.

Connected to your building

A smart layer above your existing control systems

Sally R combines indoor climate measurements and operating data from the building’s BMS or automation system with electricity prices, weather data and forecasts. We adapt operation as conditions change and use predictive models to anticipate future needs. This allows us to coordinate heating, ventilation and cooling based on both current conditions and what lies ahead.

We send adjusted setpoints back to the existing control system, which continues to control the installations. Sally R provides the overall optimization.

Connections and requirements
Indoor climate measurements
Electricity prices
Weather and forecasts
SALLY RAnalyze. Predict. Coordinate.
Measurement and operating data
Adjusted setpoints
Your existing control systemBMS / automation

Continues to control the installations

HeatingVentilationCooling

Our partners

  • Siemens
  • Netmore
  • Nordic Propeye
  • Kiona
  • Sensative

From fixed schedules to control that looks ahead.

Heating is reduced early in anticipation of forecast heat gains.

With Sally R Traditional operation Saving
Heat supply 0 % so far
Airflow 0 % so far
Cooling demand 0 % so far

Right energy now. With the future in mind.

Building needs depend on the weather, the people inside and stored heat. Heating, ventilation and cooling therefore need to work together.

Traditional control: each system on its own

Fixed schedules and heating curves can supply substantial heat on a cold morning while ventilation runs hard. The systems can work against each other. When sunshine and more people later add heat, the building can overheat, increasing the need for cooling and boosted ventilation.

Sally R: the systems work together

We coordinate systems based on current measurements and forecasts of the building’s needs. Ahead of a warm, sunny day, we can reduce heating in the morning and adjust operation as conditions change. Ventilation follows air and indoor climate requirements, avoiding extra airflow to compensate for unnecessary heating.

Energy and indoor climate, in one view.

Follow calculated energy savings and indoor climate across buildings, even with different control systems. The system also analyzes deviations in operation and indoor climate, giving your operations team a basis for further investigation and action.

Choose view
Illustrative interface and data — not live customer results.
01

Energy saved

Follow reported energy savings across your buildings in a shared overview.

02

Indoor climate

Compare indoor temperatures across areas and hours to see where conditions need attention.

03

Trends

Filter by building, air handling unit and heating circuit, and follow temperatures against their limits over time.

04

Issues

See deviations such as offline sensors or temperatures above their limits, grouped by severity.

Getting started

Three steps to a more energy-efficient building

We review the conditions together, connect your systems and follow up the results.

See how to get started →