# Detailed operational data for three Norwegian houses equipped with wood stoves: Sub-Hourly room-level measurements of indoor environmental quality, space-heating power, stove surface temperature, and household total electric power

## TL;DR

This paper presents detailed data from three Norwegian homes with wood stoves, capturing indoor environmental quality and energy use at a high temporal and spatial resolution.

## Contribution

The study provides a high-resolution, room-level dataset combining indoor climate, energy use, and stove operation metrics for residential buildings.

## Key findings

- The dataset includes sub-hourly measurements of indoor and outdoor environmental variables and electric power consumption.
- Surface temperature of the wood stove was recorded to monitor its operation over periods of two to six months.
- The data enable analysis of building-grid interactions and the impact of wood stove use on indoor climate and energy use.

## Abstract

Behind-the-meter data were collected in three residential buildings in Trondheim, Norway, heated with direct electric panels and a wood stove, as part of the SusWoodStoves research project, which aimed to investigate the influence of wood stove operation on electric power consumption. The dataset is characterized by high resolution in time, space (that is, room level), and the number of recorded physical quantities, allowing for a wide range of investigations related to indoor climate, energy use, and building–grid interaction. Specifically, the dataset includes indoor and outdoor environmental variables such as air temperature, CO2, TVOC, radon concentrations, and particulate matter; global solar irradiation has been recorded from a nearby meteorological station; electric power is measured for each heat emitter and on the main meter; and the surface temperature of the wood stove is recorded to monitor its operation. Measurements were sampled every 5 min, with periods ranging from two to six months.