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Reliable emergency power for critical environments
Introduction
A national landmark with zero tolerance for downtime.
Scheduled for completion in 2026, the Life Science Building in Oslo will be Norway’s largest and most advanced hub for research and innovation across chemistry, pharmacy, biosciences, and medicine.
Bringing together expertise from the University of Oslo and Oslo University Hospital, the facility is designed to strengthen collaboration between research, education, and clinical practice.
At the same time, the scale and complexity of the facility place exceptional demands on infrastructure, particularly when it comes to ensuring stable and reliable power.
Continuous operation is critical in environments where even brief disruptions can compromise sensitive experiments or vital healthcare services.
This case outlines how BOS Power, in collaboration with key stakeholders, delivered a DRUPS-based emergency power solution to ensure stable and reliable operations for a complex healthcare and research facility.
As a result, the project sets stringent requirements for uninterrupted power supply, consistent power quality, rapid response to grid disturbances, and long-term operational reliability. Meeting these demands has required both advanced technical solutions and a new approach to coordination and execution
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High demands for reliability and precision
The Life Science Building (Livsvitenskapsbygget) in Oslo is one of Norway’s most ambitious and strategically important construction projects.
Designed as a shared facility for leading university and hospital environments within life sciences, the building will host the University of Oslo (UiO) and the Clinic for Laboratory Medicine (KLM) at Oslo University Hospital (OUS) under one roof.
With close to 100,000 m² dedicated to research, education, and innovation, the building will accommodate approximately 1,000 UiO employees, 1,500 students, and 650 hospital staff. Large parts of the facility consist of advanced laboratories and highly specialized technical environments where power stability is critical.
The scale and complexity of the project also required close coordination across multiple stakeholders.
Key requirements for the project:
- Uninterrupted power supply
- Stable and clean power quality
- Fast and seamless response to disturbances
- Long-term operational reliability
In addition, the project represents a new collaborative model for large public construction in Norway, challenging traditional rigid delivery methods and placing strong emphasis on coordination, flexibility, and technical precision.
Ensuring reliable emergency power in such a complex environment was therefore both a technical and organizational challenge.
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An integrated DRUPS-based power solution
To meet these requirements, BOS Power delivered a DRUPS (Diesel Rotary Uninterruptible Power Supply) solution designed to ensure uninterrupted operations in this advanced research facility.
As part of the electrical scope led by OneCo, BOS Power supplied a system based on three mtu Kinetic PowerPack DRUPS units.
Key components:
- Flywheel-based kinetic energy storage
- Diesel generators
- Advanced control systems
This battery-free configuration reduces risk and secure reliable performance in critical applications.
Developed in close collaboration with partners and stakeholders, the solution was engineered to integrate seamlessly into the building’s infrastructure, supporting both current needs and future scalability.
Key Benefits
The emergency power solution delivered to the Life Science Building provides a robust foundation for uninterrupted research, education, and healthcare operations in one of Norway’s most advanced research and healthcare facilities.
Together, these benefits form a solid foundation for one of Norway’s most important hubs for health, research, and innovation.
Key benefits include:
Stable power under all conditions
- Delivers consistent, high-quality power, even during sudden load changes, ensuring reliable performance for sensitive equipment.
Seamless transition during outages
- Ensures smooth transitions during grid instability or outages, with no disruption or data loss.
Battery-free reliability
- Eliminates battery-related risks while reducing maintenance requirements.
Future-ready infrastructure
- Designed for scalability and long-term operation, supporting evolving needs over time.
Close collaboration from design to delivery
The Life Science Building is a national investment in knowledge, health, and future competitiveness. It involves multiple stakeholders across public institutions and industry, requiring close coordination throughout the project.
Behind the advanced architecture and cutting-edge laboratories lies a highly coordinated effort between public institutions, contractors, and technology partners.
BOS Power’s contribution to the emergency power infrastructure highlights the importance of early involvement, technical expertise, and close collaboration in complex, mission-critical projects. Working alongside OneCo and other key stakeholders, BOS Power helped ensure that power reliability is fully integrated into the building’s core infrastructure.
As the building moves toward completion, the solution is designed to support research, education, and critical healthcare operations — securely, reliably, and without compromise.
Scope of supply
The delivered solution includes all core components required for a fully integrated and reliable emergency power system, designed to meet the facility’s demands for performance, safety, and long-term operation.
The system includes three mtu 2000 kVA DRUPS units, complete with:
- IPS control system
- Cooling system with free-standing radiators
- Ventilation system with acoustic louvers, dampers, and intake fan
- Exhaust silencer and piping with insulated steel support structure
- Double-walled day tank (1,000 litres)
- Two fuel storage tanks
“For Statsbygg, this delivery represents a cornerstone in securing a safe and reliable power supply
for the Life Science Building. The system is both extensive and technically advanced, designed
to meet the facility’s substantial backup power requirements.
The project has high expectations for precision, quality, and cost predictability, and BOS Power
has demonstrated strong commitment throughout. Equally important, we have shared a clear and
consistent focus on safety, health, and the working environment - an essential foundation
for delivering the project responsibly and with confidence.”
“We delivered three mtu kinetic PowerPacks - each rated at 2000 kVA (400 V, 50 Hz). They are
designed to ensure a reliable power supply at the new building. The mtu Kinetic PowerPacks
combine flywheel energy storage with diesel generator backup, delivering seamless, battery-free
power protection ideal for sensitive lab and research environments. They can do more than just
provide emergency power in the event of a power outage. They also continuously regulate power
quality by compensating for fluctuations, ensuring a stable and reliable power supply. The project
was successfully implemented with our valued partners BOS Power and Akselsen Engineering AS,
marking a major milestone in bringing resilient, zero-break power infrastructure to one of Norway’s
most advanced scientific facilities.”
"The Life Science Building represents a new generation of critical infrastructure where research,
healthcare, and advanced technology are closely integrated. In environments like this, energy
resilience is not just a technical requirement, but a foundation for safe and continuous operations.
By delivering a DRUPS-based emergency power solution tailored to the project’s requirements,
we have helped establish a robust and future-ready power infrastructure for highly sensitive
laboratories and critical medical functions.
Projects like this also highlight the growing importance of protecting society’s critical functions,
where reliable power solutions play a key role in safeguarding essential services.
We are proud to contribute to a landmark facility that will support research, education, and
healthcare in Norway for decades to come.”
Get in Touch
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