Hydrogen gas-driven fuel cell system

Vattenfall commissions hydrogen gas-driven backup power for telecoms networks

Today, in collaboration with Ballard Power Systems and IT Norrbotten, Vattenfall is inaugurating Sweden’s first hydrogen gas-driven fuel cell plant for backup power for broadband networks. The plant, located in Överkalix, will ensure uninterrupted operation of broadband and digital communications in the event of prolonged power outages in cold climates.

"The new fuel cell plant is a further step forward in our ambition to work with partners to create fossil-free solutions that can simultaneously deliver back-up power for a significantly longer time than previous solutions. This means that telecoms operations can be maintained both sustainably and for a long time, even in areas that are difficult to access when there's an outage in the regular power supply. We own the plant and are responsible for its functionality, which makes it easier for the customer to focus on their core business," says Patrik Appelgren, Business Developer at Vattenfall Network Solutions.

IMG_3274-(002)-3x2.jpg

The hydrogen gas-driven fuel cell system has been developed for the telecom and fibre industries to deliver the highest level of reliability for critical infrastructure. The system converts fossil-free hydrogen gas into electricity immediately when backup power is needed.

“Collaborating with Vattenfall has been a good opportunity for us to work together and create solutions where we've introduced new, sustainable technology to large-scale projects that benefit the critical infrastructure of society,” says John Skjoldrup Pedersen, Business Developer at Ballard.

IT Norrbotten is the client for the plant and the Swedish Post and Telecom Authority (PTS) financed the plant in order to improve reliability in challenging climates, as part of its work to strengthen the robustness and durability of electronic communication networks.

Find out more about:

Vattenfall Network Solutions – Power-as-a-Service.(PaaS)
PaaS means that Vattenfall offers functional solutions in areas such as electrical plants, lighting and back-up power. With these energy solutions, Vattenfall is taking total financial, functional, and electrical safety responsibility for the plant.

Ballard: Fuel Cell & Clean Energy Solutions | Ballard Power
The technical solution consists of Ballard’s FCgen®-H2PM 5.0 kW, which is a product designed to power critical infrastructure, emergency services, mobile operators and fibre networks. It converts hydrogen in a chemical process at low temperature into direct current, which is stabilised and delivered at 48VDC. The system has a capacitor that delivers power at start-up and eliminates the need for batteries.

Robust communications | PTS
Describes PTS's work on measures to increase robustness.

IT Norrbotten
The plant replaces a conventional backup plant with diesel and batteries. With increasing demands on sustainability and accessibility, this is a natural step for IT Norrbotten to develop their business operations.

See also

Windfarm under construction

Vattenfall aims to build the world’s first offshore hydrogen cluster in the Netherlands

In the future, more and more of our energy will come from wind and solar power. Since nothing changes as much as the weather, the amount of electricity supplied by wind and solar is also in ...

Read the full article
An offshore wind farm

Vattenfall and St1 form a new partnership to produce a large volume of fossil-free aviation electro fuel on the Swedish west coast

Vattenfall and St1 have signed a Letter of Intent to develop a fossil-free value chain for production of synthetic electro fuel and the next step is to jointly conduct a feasibility study.

Read the full article
Aerial view of Ringhals nuclear power plant

Vattenfall begins feasibility study on construction of small modular reactors at Ringhals

Electricity consumption in Sweden is expected to increase rapidly over the coming decades and, for this reason, Vattenfall is working actively to find out how different fossil-free energy so...

Read the full article