Siemens and Enlighted, a pioneering property technology company owned by Siemens, announced a strategic partnership with Zumtobel Group, a global lighting solutions provider, to advance the adoption of smart building technologies including intelligent IoT lighting, setting new standards for efficiency and sustainability in building operations worldwide.
At the core of the partnership lies the technical integration of Enlighted's industry-pioneering smart sensors into Zumtobel Group's lighting portfolio, both under Zumtobel and Thorn brands. The result is a comprehensive suite of IoT smart lighting solutions designed to elevate occupant well-being and facilitate sustainable, energy-efficient building operations. The partnership will have a special focus on commercial buildings, higher education, and smart hospitals.
Access to technology solutions and services
Partnership aims to allow faster access to technology solutions and services that can help to decarbonise
“Bringing together two pioneers of smart lighting technology creates an opportunity to innovate and accelerate the delivery of advanced IoT solutions to our customers," said Alfred Felder, CEO of Zumtobel Group. “The combination of these brands will elevate the smart building market and expand what is possible in terms of functionality, efficiency, and user experience.”
The partnership aims to allow faster access to technology solutions and services that can help to decarbonise buildings, elevate the occupant experience and ensure cost-efficient operations, through the strengths of both companies’ portfolios. Prefabricated bundles featuring Zumtobel Group fixtures and Enlighted specialised sensors for new construction and retrofits will optimise delivery processes and simplify orders.
IoT data collection and analysis
Partnership will also allow Siemens to strengthen its solutions and services offerings to customers
Access to Enlighted’s wireless network design will ensure swift deployment, eliminating the need for complex wiring and ensuring precise installations. Finally, intelligent lighting configurations, coupled with smart IoT data collection and analysis, will enable a real-time location system that tracks the location and movement of assets and badges in buildings for advanced operational decision-making. The Enlighted portfolio is part of the Siemens Xcelerator Marketplace, an open digital business platform to accelerate digital transformation.
The partnership will also allow Siemens to strengthen its solutions and services offerings to customers, supporting their energy reduction, decarbonisation and sustainability goals through end-to-end programs.
Enlighted’s smart IoT sensors
Providing access to best-in-class building data captured from Enlighted’s smart IoT sensors
"With valuable insights and analytics, smart lighting solutions can enable more intelligent decision-making, and drive sustainable innovation to transform interactions with the built environment,” said Dave Hopping, CEO, Solutions and Services, Siemens Smart Infrastructure. “With the shared vision of this partnership, we are dedicated to providing solutions that prioritise occupant wellbeing and pave the way for significant energy savings and IoT data solutions.”
Providing access to best-in-class building data captured from Enlighted’s smart IoT sensors, empowers decision-makers to optimise operations, prioritise energy efficiency, and create spaces that are more comfortable, sustainable, and future-ready for occupants.
Showcasing the Partnership at Light + Building 2024
Enlighted and Zumtobel Group will showcase their partnership at the Zumtobel booth at the Light + Building 2024 trade fair in Forum Messe Frankfurt, Germany (Forum 0/A10), March 3-8. The exhibition will feature digital services, innovative lighting controls, and visionary lighting solutions aimed at enhancing workplace well-being and supporting sustainable, energy-efficient building operations.
In addition, Zumtobel Group will present new product developments and its vision for the future of lighting in a dedicated 'concept space'.