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Battery

Battery Energy Storage Systems (BESS)

Battery Front Photo

Battery Basics

Nextwatt develops battery energy storage (BESS) projects, which are groups of rechargeable batteries that are placed in a cooled metal container.  They work by:

  • storing (buying) electricity from the power grid when demand is low (and the price is low), and
  • dispatching (selling) the stored electricity into the power grid when the demand is high (and the price is high).
BESS projects have multiple benefits, such as stabilizing the grid, providing backup power, reducing power costs, and integrating renewable energy.

Timeline

1. Site Control

(1-3 mns)

  • Consent Form.  The Landowner and Nextwatt sign a non-binding Utility Consent Form, which the utility requires to start the interconnection study process.
  • Option Agreement.  The Landowner and Nextwatt sign a Lease or Purchase Option Agreement to agree on the terms of the agreement for Nextwatt to lease or purchase the land if the solar project is built.

2. Interconnection

(3-5 mns)

  • Technical Review (15 days).  The power utility performs a desktop review of the project and creates a report indicating viability.
  • CESIR Study (60 days).  If the Technical Review is positive, the utility performs a full interconnection study that details the required grid upgrades and costs.  If the upgrade costs are within budget, the project moves to permitting.

3. Permitting

(6-12 mns)

  • Municipal Permits.  Nextwatt works with the municipal government (e.g., the Town Planning Board) to secure all necessary permits (e.g., a “Special Use Permit”) to obtain the right to construct and operate the solar project.
  • Engineering.  Nextwatt hires a civil engineering firm to create all the necessary plans (e.g., Survey, Site Plan, Environmental Site Assessment, etc.) for permitting.

4. Construction

(2-3 mns)

  • EPC Contractor.  An Engineering, Procurement, and Construction (EPC) Contractor that specializes in solar projects is hired to construct the solar project.  The construction is typically minimal and usually consists of clearing and grading (if any), laying concrete pads and conduit, delivering the premanufactured battery system, and interconnecting to the power utility.

5. Operations

(30-40 yrs)

  • Project Owner.  After the battery project begins operating, the project owner remotely monitors the power stored and dispatched digitally, and maintains the project by conducting scheduled inspections to maintain the project and ensure its optimal performance.
  • Landowner.  The Landowner has no responsibility to maintain the project.

6. Decommisioning

(1 mn)

  • Project Owner.  At the end of the project’s life, the project owner removes the solar project and returns the land back to its previous state. The decommissioning costs are typically guaranteed by a bond, and municipalities often require a decommissioning plan.
  • Landowner.  The landowner has no decommissioning responsibilities or expense.

F.A.Q.

Submit

If you have a piece of land that you are interested in leasing or selling, please submit the information below and we will perform a desktop review to see whether the land is suitable for a solar or energy storage project.  If the land is suitable, we will share a price offer with you.

Please note, we will NOT sell your information, nor will we send you marketing messages.  We don’t like spam either.

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Contact

info@nextwatt.com
(518) 327-4431

By submitting this form you agree to receive automated messages.  Reply NO to opt out.  Message & data rates apply.  Terms and privacy policy can be found at www.nextwatt.com/privacy-policy.