Capalo AI and Å Entelios Announce a Partnership to Optimize BESS Assets in the Nordics
Helsinki, Finland, 3rd of June 2025 –Capalo AI and Å Entelios, a leading Nordic energy provider and subsidiary of Å Energi, have entered into a strategic partnership to deliver advanced energy solutions across the Nordic markets.
As more industries demand integrated energy storage solutions, this collaboration will provide intelligent and flexible energy management for sectors such as real estate, public infrastructure, retail, and industrial applications.
As part of the partnership, Å Entelios’ customers’ energy storage systems will be integrated into the Capalo Zeus Virtual Power Plant (VPP), an advanced trading platform that dynamically maximizes revenue opportunities while continuously adapting to market conditions. Customers who choose this solution will have their energy storage systems optimized in real-time and actively participating in the energy markets. Capalo AI will aggregate, trade, and optimize these assets across the Nordic balancing markets and Nord Pool’s wholesale market.
For Å Entelios, the collaboration strengthens its battery portfolio (BESS, Battery Energy Storage Systems) and related energy storage activities. Capalo AI’s advanced trading platform and AI-driven algorithms help maximize financial returns, improve operational efficiency, and support customers in achieving their energy optimization and decarbonization goals.
The partnership provides Å Entelios’ customers with more stable and predictable revenue from their battery investments. Capalo AI’s algorithms identify the most profitable trading opportunities in real-time, reducing risks associated with market volatility and imbalance costs. This enables customers to recover their investments faster and ensure long-term profitability. Capalo AI’s trading platform also enables strategic asset shifting between multiple markets – from Nord Pool to balancing markets such as FFR and mFRR. This ensures that each battery is optimally utilized at any given time, even as market conditions change.
The partnership represents a shared commitment to sustainability, innovation, and operational excellence. Together, Capalo AI and Å Entelios aim to set a new benchmark for energy storage optimization by developing and delivering robust and adaptable solutions that keep pace with the ever-evolving energy landscape. In the long run, the goal is to accelerate the green transition by equipping businesses and industries with the tools needed to transition to cleaner and more efficient energy systems.
”Our customers seek greater efficiency and profitability from their energy investments, and the electricity market is evolving to meet these demands. Through our partnership with Capalo AI, we are introducing AI-driven technology that helps customers optimize their battery assets in real-time, unlocking new value and reducing financial risks. This collaboration will enhance the profitability and sustainability of energy storage investments across Sweden,” says Mattias Schill, Head of Energy & Sustainability Services at Å Entelios”
”We are very excited to collaborate with Å Entelios, a Nordic leader in energy flexibility. By combining our AI-driven technology with Å Entelios’ expertise in energy flexibility, we are not only optimizing energy storage but also creating new opportunities for efficiency, profitability, and sustainability in the Nordics,” says Henri Taskinen, CEO of Capalo AI.
About Å Entelios
Å Entelios is a leading Nordic energy provider and a subsidiary of Å Energi. The company stands out as an innovative energy supplier with a broad range of energy services, including electricity supply, portfolio management, environmental services, energy solutions, and flexibility. Å Entelios is dedicated to helping its customers manage unique energy needs through tailored and effective solutions.
About Capalo AI
Capalo AI is a sustainable tech company that maximizes the value of energy storage systems across all markets. We combine the most accurate forecast data with cutting-edge AI models to optimize the trading of battery energy storage systems.
