About Our Project

 

HB Battery Storage is a cutting-edge 80MW energy storage facility. It is currently in an exciting phase of development within the sustainability-focused town of Brookhaven, NY. Situated at E/S Station Road in Yaphank, this project is set to revolutionize the way we harness and store energy in the region. With meticulous planning and a commitment to sustainability, HB Battery Storage is poised to become a cornerstone of renewable energy infrastructure, ensuring a greener and more resilient future for both residents and business owners alike.

Project Developers

  • Rhynland Energy is a New York based development firm dedicated to pioneering local battery energy storage projects, and we strive to fortify the energy future of New York and the prosperity of our fellow New Yorkers.

    For further information visit rhynland.com

  • Nala Renewables Limited (“Nala”) is a renewable energy company formed in 2020 to build and operate storage, solar PV, and onshore wind projects primarily in the US, Europe and Latin America. By 2025, Nala Renewables aim is to build a global portfolio of renewable energy projects with a cumulative generative capacity of four gigawatts to be operating, in construction, or in late-stage development. Nala Renewables already owns and is developing assets in 13 countries.

    Since its creation Nala has leveraged the global footprint and combined in-house technical, commercial and financial resources of its shareholders to grow a differentiated renewable energy investment platform with a diverse renewable energy portfolio under management, including strategic assets such as:

    •Solar PV projects under development and construction in five regions in Chile and expected to be fully operational in the next two years with a combined maximum power output of between 250MWp and 350MWp.

    •Development of one of the largest battery energy storage systems in Belgium. When completed this battery project will be able to store 25 MW for over 4 hours and will provide grid stability and balancing services for the Belgian grid.

    •Development of a ground-mounted solar power plant in northern France covering 40 hectares to produce around 44 GWh of green energy annually, equivalent to the needs of approximately 15,000 households.

    Nala is a 50/50 joint venture between the Trafigura Group, one of the world’s leading independent commodity trading companies, and IFM Net Zero Infrastructure Fund, an open-ended investment fund managed by global institutional fund manager IFM Investors. This means that Nala has the benefit of a global network combined with a unique business-building approach and renewable energy expertise to develop a differentiated renewable energy investment platform. It also means that Nala has strong access to pipeline and off take. Trafigura is contributing projects under development with a total generation capacity of 500 megawatts and a long-term off take agreement for some of the renewable assets.

    For further information visit nalarenewables.com

Why Do We Need Battery Storage?

  • Battery energy storage systems (BESS) are revolutionizing grid stability. They act as "energy reservoirs," storing excess power during times of low demand and releasing it when demand surges. This smooths out fluctuations, preventing blackouts and enhancing overall grid reliability.

  • By enabling greater use of renewable energy and promoting energy efficiency, BESS play a vital role in reducing greenhouse gas emissions and combating climate change.

  • When the lights go out, BESS can provide the needed redundancy. With their ability to provide backup power during outages, BESS can support critical facilities like hospitals, data centers, and emergency services to remain operational, even when the grid falters.

  • Renewable energy sources like solar and wind are fantastic, but they're not always available when needed. BESS step in to bridge the gap. By storing excess renewable energy, BESS ensure a steady supply even when the sun isn't shining or the wind isn't blowing, making the integration of clean energy sources whole.

  • BESS are a crucial tool in transitioning to a sustainable energy future. As we strive for cleaner, more reliable energy, BESS stand at the forefront of this exciting journey.

  • The project team is diligently working on obtaining the necessary permits from the state and local authorities. These permits are essential to ensure compliance with regulations and environmental standards.

  • Interconnecting to the grid is another vital requirement for the successful implementation of the battery storage project. Collaborating closely with the State Independent System Operator and local utility provider, the project team is focused on finalizing the necessary studies and agreements for grid interconnection.

  • To ensure the project's sustainable and responsible development, an expanded environmental assessment is carried out. This assessment evaluates the potential impacts on the local ecosystem and proposes appropriate mitigation measures, if needed.

  • Engaging with the local community and relevant stakeholders is an important aspect of the project as facilitated by the local authority. Keeping them informed and gathering their feedback is essential to address any concerns and ensure project transparency.

  • Identifying suitable contractors and procuring the necessary equipment and materials is an important step. This process involves careful evaluation and selection to ensure the highest quality and cost-effectiveness.

  • Detailed engineering and design work is carried out in adherence to industry standards and state and local requirements.

  • SEQRA Negative Declaration: Expected Q1 of 2024

    Site Plan Permit: Expected Q1 of 2024

    Interconnection Process Completion: Expected Q4 of 2024

    Commercial Operations Date: TBD in 2026

Project Development Schedule