A new ten-year strategic partnership between Brunata and Lyse Energiservice AS aims to advance the digitalisation of energy consumption in Norway – and make it easier for housing companies, property owners and residents to contribute to a more sustainable future.
Brunata, headquartered in Herlev, Denmark, has for several years supplied metering technology, consumption data, and consumption accounting to Lyse Energiservice – one of Norway’s largest providers of individual metering and billing services for energy and water in housing associations and commercial buildings. With this new agreement, Brunata will expand its deliveries and will henceforth assume responsibility for a greater share of the value chain – from planning and logistics to installation, resident communication, and ongoing operation of meters, networks, and data management.
The agreement spans ten years and signifies a long-term commitment to joint development and innovation. It is also a strong expression of Lyse Energiservice’s confidence in Brunata’s solutions and technical capabilities.
“We look forward to further developing our partnership with Brunata. The green transition requires accurate energy data and a robust infrastructure. In this regard, Brunata has demonstrated expertise, and we are pleased to have a partner who shares our ambitions – particularly at a time when energy prices are rising and both residents and property owners are demanding fair and transparent distribution models based on actual individual consumption,” says Kristian Helland, Chief Executive Officer at Lyse Energiservice AS.
Brunata will have a permanent presence at Lyse’s main offices in Stavanger, Oslo, and Bergen. This will enable closer collaboration and provide Lyse and its customers with convenient and prompt access to support and expertise.
From metering to insight and action
Brunata is one of Europe’s leading cleantech companies specialising in energy metering and data-driven insight. The company uses IoT solutions and intelligent data analysis to create transparency regarding consumption patterns, behaviours, and opportunities for energy savings – down to individual apartment level. This provides property owners and residents with concrete knowledge about where and when energy is used, and how it can be used more efficiently.
“We regard data as an asset. With our technology, we make energy consumption transparent and understandable, making it possible to act wisely. In Norway, we are witnessing a clear shift: energy prices are more volatile than before, and there is growing attention on how buildings can use resources more sustainably. Accurate metering and access to data play a decisive role in this,” says Eirik Øhlschlägel, Country Manager at Brunata Norway. He elaborates:
“With a local presence in Stavanger, Oslo, and Bergen, we can offer solutions tailored to specific needs and provide close support to our customers in their daily operations – making everyday life easier. This also helps reduce energy waste, lower costs, and support climate goals.”
A clear path towards sustainability
This new agreement comes at a time of fluctuating energy prices and increasing demands for sustainability. For both Lyse and Brunata, there is a shared ambition to deliver solutions that are both reliable and future-proof.
“In the Norwegian market, we see a clear shift towards more data-driven property management. Energy prices are unstable, and we can contribute with tangible solutions that enable smarter use of resources – both financially and environmentally. The collaboration with Lyse demonstrates how our technologies and experience can bring local value while supporting a broader movement towards a more sustainable housing sector,” says Jesper Holm Kristoffersen, Chief Executive Officer at Brunata A/S.
Brunata is a Danish-founded cleantech company and part of the German-owned Brunata-Minol-ZENNER Group. The company specialises in individual meters and systems for consumption-based billing of heating, water, and electricity in multi-occupancy buildings, with a strong focus on accurate data collection and energy efficiency.