Procurement. Integration. Asset Management.

Turn-key Long duration energy storage systems

Bryte specializes in distributing and integrating sustainable flow batteries in the Nordics.
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Built to be modular,
easy to expand

With its modular design, you can easily configure the amount of power and energy capacity needed individually. Preconfigured systems are available off the shelf.

Beyond the cababilities
of lithium-ion

Long Lifespan

Flow batteries offer extended operational lifetimes, providing reliable energy storage for more than 30 years and 20,000 cycles with very limited degradation (<< 10%).

Safe

With non-flammable electrolytes, flow batteries ensure enhanced safety in energy storage applications.

Environmentally Friendly

The lifetime ecological footprint from production, utilization and recycling is documented to be at least 2/3 less than comparable lithium-ion systems.
"The growing imbalance between demand and generation of electric power requires a much higher volume of distributed and flexible long duration energy storage solutions."
Why flow batteries?

Flow batteries offer unparalleled advantages for long duration energy storage

Long Duration

Can sustain delivery of electric power for an extended period, typically 4-14 hours, making the technology extremely suitable for applications within heavy duty charging operations and industrial power needs in areas with strained grid capacity.

Flexible and Limitless Charging

Flow batteries can be charged and discharged on demand, without taking State of Health (SoH) into consideration.  

Extreme Durability

Flow batteries exhibit a very high resilience to cycling, maintaining performance over numerous charge-discharge cycles with very little degradation in power rating or capacity.
Product configurations

Large scale batteries ready to be deployed

We integrate flow batteries based on a modular design, with standard power blocks rated 333 kW and capacities ranging from 4 to 14 hours. We also integrate smaller indoor systems suitable for fireproof installations inside existing real estate structures.
Application

From grid-scale energy storage to off-grid installations

Flow batteries have been deployed in various settings all over the globe, from scorching hot deserts, to ice cold siberian plains, to small islands with weak grids.
1
Location
Sweden
Sector
Critical Infrastructure
Application
Renewable baseload
Capacity
1 million Wh
Grid illustration
Grid
Wind energy
Solar enegy
Transformer
Inverter
Flow battery
Loads
1
Location
USA
Sector
Industrial Microgrid
Application
Energy shifting & peak shaving
Capacity
8 million Wh
Grid illustration
Grid
Solar enegy
Transformer
Inverter
Flow battery
Loads
Discharge

There are many possibilities in long duration, distributed energy storage

Peak Shaving

By storing excess energy during off-peak hours and discharging it during peak demand times, flow batteries help businesses reduce power tariff costs.

Charge Reduction

Flow batteries can help businesses reduce demand charges by supplying stored energy during periods of high demand, thus lowering overall electricity costs.

Renewable Energy Integration

Flow batteries facilitate the integration of renewable energy sources by optimizing local consumption and feed-in of surplus to the power grid.

Grid Services Revenue

Flow batteries can generate revenue by providing grid services such as frequency regulation, and earning returns on investment through service contracts with utilities.

Energy Arbitrage

Flow batteries can store and capitalize on price differentials between buying low-cost electricity and selling stored energy during high-demand, high-price periods.

Backup Power Savings

Flow batteries offer backup power during grid outages, preventing costly disruptions to operations and revenue losses.

The transition to renewable energy relies on widespread adoption of batteries and battery parks. We're here to provide reliable insights and knowledge to aid with this transition.

Ask Ibsen Lindal
Ask Ibsen Lindal
CEO
ask@brytebatteries.com
+47 984 48 526
Case study

Electrifying Nordic agriculture presents a significant opportunity for reducing climate emissions

Skjetlein Upper Secondary School is leading the charge with the region's first-of-its-kind facility. By installing two flow batteries, the school aims to store solar energy, smooth power peaks, and optimize energy production, contributing to a more sustainable future.
120Kw
Behind the meter

Sustainable and Safe

‍Flow batteries utilize an electrolyte consisting of environmentally friendly natural elements: vanadium, water, and acid. These components are non-toxic and non-flammable, making them safe for use in close proximity to animals and food production. Additionally, they are easily recyclable, contributing to their overall sustainability.

Optimizing Power Production

In addition to energy storage, Flow batteries offer flexible services to the regional power system. By efficiently managing energy flow, these batteries play a vital role in optimizing power production, ultimately contributing to a more resilient and sustainable energy infrastructure.
Grid
Meeter
Solar enegy
Transformer
Inverter
Flow battery
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