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Every decision we make priorities environmental sustainability and respect of the land in the communities we serve.
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We’re open to either leasing or purchasing, and we’re flexible on how the project fits into the existing landscape. If your land is already in use—whether for agriculture, industry, or another business—we may be able to co-locate a project without disrupting your operations.
Land with stable soil, minimal grading needs, and good access for equipment makes for a smoother project. If your land has some challenges — rocky areas, drainage issues, or old foundations—we can evaluate whether those factors can be worked around or mitigated.
We can work with properties that have buildings on them, depending on their layout and condition — sometimes we can build around them, other times they may need to be removed. Land that is too steep, highly varied in terrain, covered in wetlands, or located in floodplains tends to be tougher to develop.
In most cases, that means land zoned for commercial or industrial use. If you’re not sure about your property’s zoning, we can help figure that out and assess whether there’s a clear path to development.
The closer your land is to existing power lines and substations, the more viable and cost-effective the project will be. If your property is further out, that doesn’t necessarily rule it out — it just means we’ll need to take a closer look at potential connection paths.
We navigate the permitting process, securing approvals from regulatory agencies and working with stakeholders to ensure the project aligns with community needs and expectations.
Once built, the system undergoes rigorous testing before being connected to the grid, providing clean, reliable energy for the region. Our team oversees this process to ensure seamless integration.
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"As a landowner looking to supplement our income, we responded to an offer to lease our land for solar development. Working/partnering with Ben Luxenberg proved to be one of the best decisions we’ve made. From the initial contact to the final development, Ben and his team demonstrated exceptional expertise, professionalism, and dedication.
We’re excited to be part of the green energy generation network, and Ben provided a pivotal role in this endeavor. I highly recommend Ben Luxenberg to anyone looking to invest in renewable energy production."
"The team at Mammoth Summit have been great to deal with. Even though they are not in my town, they make visits and most importantly very transparent on exactly what is going on. The documents which I was presented with are professional and prompt."
We develop battery energy storage facilities near existing substations or distribution lines to ensure convenient access to the transmission system. Our sites are selected to optimize support and value for the electric grid, while also minimizing the project's overall footprint.
Energy storage refers to the capture and retention of energy produced at one time for use at a later time. Energy storage plays a crucial role in stabilizing electrical grids, integrating renewable energy sources, and enhancing overall energy efficiency.
Battery storage devices produce no air emissions or radiation and pose minimal fire risk when correctly designed, installed, tested, and operated. These systems include protective features and a battery management system that automatically shuts down in suboptimal operational conditions.
Yes, energy storage systems are technology and fuel-neutral. Electricity can be generated by any number of technologies, including renewables like wind and solar as well as oil, natural gas, coal, and nuclear power.Batteries are able to respond to grid imbalances faster than both renewable and conventional power, which make them particularly valuable for improving grid resiliency and reliability
Battery energy storage systems are currently operational across the United States, from the freezing temperatures of Alaska to the deserts of Arizona. These systems are designed with associated heating & cooling systems to ensure optimal battery operations and life based on the environmental conditions at your location. Not only are battery energy storage facilities built to withstand disruptive weather events, but they also help increase resiliency to extreme weather events, prevent power outages, and provide back-up power.
Battery projects will be de-commissioned and the land will be returned to its predevelopment state at the cost of the project’s owner. The batteries themselves may be recycled, which is a rapidly growing industry in the US.
Approximately 20 to 30 years.
Construction is expected to commence in late 2025 or early 2026, following completion of the permitting process and securing electrical grid authorizations. The construction phase is anticipated to span approximately 3-6 months months for 5 MW / 20 MWh projects.
MSP is backed by a leading investor in the renewable energy industry. They have a substantial financial backing and sufficient capital resources to develop projects over a multi-year time horizon.
The MSP team has collectively spent over 20 years in renewable energy development.The various team members have spent years working together in different capacities and formed MSP officially in early 2024.
At the conclusion of the lease term, Mammoth Summit will work collaboratively with you to determine the next steps based on our mutual interests and prevailing circumstances. We can potentially purchase the property in whole or in part, not just lease. Other options may include renewing the lease agreement for an extended period, decommissioning the battery energy storage system in accordance with regulatory requirements, or exploring alternative arrangements that align with your plans for the property.
