A solution with close to zero power consumption in idle mode.


Nanopower builds and markets it’s on line of modules.

We have developed a technology able to reduce the power consumption of any wireless communication chip. It reduces power consumption in idle mode down to a fraction of what any other chip can offer today.

Power consumption and power management is a key factor in most IoT products. In many use cases the Nanopower solution will be the decisive factor.


Manny IoT use cases is dependent on low power consumption – install and forget it. Otherwise the cost of maintenance and replacements will be prohibitive. 

A typical system awakes on movement or on schedule, it records sensor data and sends this wireless, all within 10 milliseconds; then goes back to sleep. All chip manufacturers have focused on the power consumption while transmitting. However, wireless chips waste a lot of power while on idle mode – doing nothing. The percentage of time spent in idle mode is in many use cases way over 99%.


Nanopower manages to reduce the power consumption of any wireless chip to 10 nanoAmp in idle mode, a fraction of the original chip. This power consumption is extremely low, in fact few companies are even able to measure it. Our performance is verified by the R&D team of Nordic Semiconductors, and can at all times be tested by any potential client with the Nanopower specialized equipment. Some examples of applicable low power systems are IoT systems, wireless sensors, data loggers, consumer electronics and other communication equipment.


Nanopower patent pending technology works by modifying the chip system architecture. Our IPR is inserted inside the original chip or module, die on die, and takes control when the system needs to go to idle mode. First, all relevant system state parameters are saved, then the main system power is completely cut off and, an then wake up timer is set. While in the new sleep mode, our system consumes virtually zero power due to the underlying Sub-Treshold technology.


If there were no power consumption in idle mode, systems could improve life span from 1 to 10+ years

Nanopower technology can increase up to 10 fold the IOT device life span.

Enable designers to reduce battery size considerably. Saving on battery cost, and maybe more importantly, the creation of smaller size systems



PowerZero is a module designed to be inserted in a system in order to take control of the peripherals power management while the host is kept in its lowest power state.


NP BLE52 is a module based on the Nordic NrF52 master device, with the same low-power features as the nP-Zero.


The market for wireless chips is not one, single market, rather it´s an increasingly broad mix of consumer products and industrial installations.

In battery powered IoT systems, the key parameter is often power consumption. The industry has made great advances in power consumption in active mode, but not much in idle mode; until now!



Other BLE chips will be modified by NP technology to address other use cases.


Wake-up devices

Accelerometers and other wake-up devices will consume orders of magnitude less energy



The same approach applied to BLE will be available soon on LTE chips


Nanopower is a company incorporated in Norway. It´s based on the knowledge the founders gained during four years of various IoT projects, where the key learnings are the importance of power management.

The company´s operations are split between Norway and Portugal. Technical development and tech staff are in the city of Porto, where production also will take place.

Nanopower is funded by the original founders, supported by a group of experienced, Norwegian hi-tech investors.

The company has a strong link to Nordic Semiconductors, the world leader in Bluetooth Low Energy. We believe that by teaming up with the best-in-class technology, and adding important and novel features to further enhance the performance of an already best-selling chip, we are offering a unique product to our clients.


Tore Irgens Kuhnle


Experience from finance, energy, and technology companies. He has been heavily involved in investment decisions, transactions, restructurings, and strategy work as consultant, investment manager for private equity and hedge funds, and director of boards. Management experience includes leading a group of specialized consultants. He holds an M.Sc in Industrial Economics and Technology Management.

William Xavier


IC Design specialist ​with 20+ years experience on the semiconductors industry with specialisation on wireless communications. Deep expertise in SoC design and development and responsible for several advanced project with key players in the industry including European Space Agency (ESA), CSR, Microchip, RovingNetworks, Broadcom. Researcher in the area of Subthreshold micropower analog circuits. Degree in Electronics from Institute of Telecommunications from Universidade de Aveiro in Portugal.

André Grytbakk


Experienced manager from the hospitality industry. Last 4 years involved in Bluetooth Low Energy development projects.

João Neto


Entrepreneur and early stage investor. Founder of several technology companies, including NDrive (Navigation software), Petapilot (Business Inteligence) and NMusic (Content streaming). Previous experience as co-founder and manager of Novabase, an IT Services company that went public in 2000. Background in Computer Science and Electrical Engineering.

Odd Harald Hauge


An economist with experience from finance and media who has founded a long list of companies, most noteably the first internet-only newspaper in Europe (1996), now a very profitable company. Has been a consultant to the board of directors in Nordic Semiconductors, a world leader in Bluetooth Low Energy, for several years. Has presently several investments within the wide field of Internt of Things.

Finn Haadem

Board Member / Advisor

30 years experience in running his own investment company, specialist in Venture Capital and Private Equity.