Key Takeaways

• ABB launched Battery Energy Storage Systems-as-a-Service (BESS-as-a-Service) to facilitate the transition to clean energy without upfront capital investment.
• The service allows companies in various sectors to enhance energy efficiency, reduce costs, and improve resilience through a quarterly service fee.
• ABB is conducting feasibility studies to ensure immediate financial benefits for prospective customers before deployment.

ABB has introduced a new service model called Battery Energy Storage Systems-as-a-Service (BESS-as-a-Service), designed to foster a shift towards clean, reliable, and affordable energy. This service aims to eliminate barriers to the adoption of clean technology, facilitating industries’ journey to achieve net-zero emissions.

As global demand for energy storage rises, ABB’s solution provides businesses with a comprehensive path toward energy independence. The International Energy Agency (IEA) anticipates a sixfold increase in global storage capacity by 2030, particularly in commercial and industrial sectors, which are projected to expand nearly tenfold to 560 GWh. This highlights the pivotal role of battery energy storage in developing cleaner and more resilient power systems.

BESS-as-a-Service requires no initial capital investment, enabling various industries—including data centers, transport logistics, and commercial buildings—to access advanced energy storage solutions at a quarterly fee. The offering comprises all necessary hardware, software, and lifecycle support, with ABB overseeing deployment, maintenance, and performance optimization. This allows businesses to concentrate on their core operations while boosting energy efficiency and long-term sustainability.

Flexibility is a key feature of BESS-as-a-Service, as it operates with any battery technology, enabling customers to adopt the latest innovations without being restricted to one system. The service is further strengthened by performance guarantees and support for maintenance costs and energy trading brokerage fees. ABB manages energy market participation, offering clients the chance to earn immediate financial returns by selling excess energy generated.

Stuart Thompson, Division President at ABB’s Electrification Service Division, emphasized the importance of reliability and cost predictability in today’s fluctuating energy market. Companies are increasingly seeking advanced technologies to improve energy security and reduce emissions but often encounter financial barriers. Shifting to a predictable operational expenditure model with BESS-as-a-Service allows businesses to fortify energy security, diminish peak demand charges, and create new income sources. Thompson views BESS-as-a-Service not only as a new offering but as a strategic opportunity for innovation and growth on a global scale.

To ensure that customers can achieve financial benefits right from the start, ABB is conducting feasibility assessments with potential clients. These evaluations are critical for confirming that customers will see net financial gains following deployment. Initial studies have focused on several sectors:

– An electric vehicle (EV) charge point operator in Ireland is utilizing BESS-as-a-Service to enhance its grid limitations and facilitate up to 1MW of fast charging, aiming for a 75% increase in revenue through excess power sales to the grid.

– In the UK, a commercial business park is seeking BESS-as-a-Service to capitalize on its solar photovoltaic system and anticipates an 80% reduction in electricity costs alongside potential additional annual revenue of £92,500 from energy trading and ancillary grid services.

– A logistics warehouse in the UK, frequently affected by power disruptions, is implementing BESS-as-a-Service to ensure operational resilience. The system aims to cover peak power demands while reducing reliance on carbon-intensive grid power, with an expected net benefit exceeding £2 million over the project’s lifespan.

To bolster its BESS-as-a-Service initiative, ABB has established partnerships with experts in energy monitoring software, data analytics, and financial modeling. This collaborative approach aims to redefine the economics of clean energy adoption, allowing businesses to embrace innovative energy solutions without the burden of significant upfront costs and thereby empowering them to enhance energy resilience and unlock value from their operations.

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