Behind-the-Meter Battery Storage for Large-Load Facilities
Scarp Grid Partners helps commercial, industrial, municipal, and institutional facilities deploy battery energy storage systems that manage electric costs, improve power quality, support operations, and access grid-service value.
From site analysis through commercial structuring, utility coordination, development, and long-term operations.
Large-load facilities face a new energy infrastructure challenge.
Rising electric costs, demand charge exposure, power quality issues, utility constraints, and missed grid-service opportunities are common across commercial, industrial, municipal, and institutional facilities. A well-designed behind-the-meter battery system can help address these constraints.
High Electric Demand
Large facilities often face costly demand peaks and utility capacity constraints.
Demand Charge Exposure
Peak demand can create a major portion of the monthly electric bill.
Power Quality Challenges
Load swings, voltage issues, and operational disturbances can affect facility performance.
Utility Service Constraints
Battery storage can help manage site load without relying only on costly service upgrades.
Missed Grid Revenue
Flexible battery capacity may create value through grid-service participation where available.
Resilience Requirements
Storage can support critical-load strategy and operational continuity where technically appropriate.
Ownership Complexity
Hosts need clear commercial options, including direct ownership and no-upfront-cost structures.
A behind-the-meter strategy built around your facility.
Scarp Grid Partners manages the full battery storage development lifecycle. We coordinate the technical, utility, commercial, tax, ownership, and operating strategy required to make battery storage practical and financeable for large-load facilities.
Site + Load Analysis
Evaluate utility bills, interval data, tariff structure, facility operations, service size, electrical infrastructure, available site area, critical loads, and battery operating use cases.
Economic + Dispatch Modeling
Model demand charge reduction, electric bill savings, grid-service revenue, power quality use cases, battery sizing, operating costs, and projected net economics.
Commercial Structure
Determine whether the project should be host-owned, third-party-owned, or structured through a site lease, shared-savings, or revenue-sharing model.
Utility + Technical Coordination
Coordinate utility requirements, interconnection strategy, metering, controls, non-export requirements where applicable, operating parameters, and grid-facing documentation.
Deployment + Long-Term Operations
Manage development, procurement, construction, commissioning, dispatch strategy, grid-service participation, O&M coordination, and long-term asset performance.
Battery storage can support facility economics, power performance, and grid participation.
Electric Bill Management
Battery storage can be dispatched to manage peak demand, reduce demand charges, shift energy usage, and optimize load under the applicable tariff.
Power Quality Support
Battery systems may help manage load swings, voltage issues, and short-duration disturbances where properly designed for those use cases.
Grid-Service Participation
Qualified systems may participate in demand response, capacity, or other grid-service programs where available and where site operations support it.
Resilience Support
Storage can support critical-load strategy where the system is designed with appropriate controls and transfer equipment.
Infrastructure Coordination
A battery may help manage site load and support a more efficient utility coordination strategy.
Grid Support
Battery infrastructure can help large energy users support local grid reliability and reduce peak strain.
Long-Term Asset Value
A properly structured battery system may become a tax-advantaged infrastructure asset that supports facility economics over time.
Qualified battery projects may be eligible for significant federal tax incentives.
Standalone battery energy storage projects may qualify for a federal investment tax credit with potential bonus adders for domestic content and energy community locations.
Qualified battery energy storage projects may also be eligible for 100% accelerated bonus depreciation, allowing eligible project owners to deduct a significant portion of the project's tax basis in the year the asset is placed in service.
Tax credit and depreciation benefits are project-specific and depend on ownership structure, placed-in-service timing, tax basis, applicable IRS rules, labor compliance, domestic content, FEOC/PFE considerations, equipment eligibility, and the project owner's tax eligibility and tax liability. Final tax treatment should be reviewed by qualified tax counsel or the project owner's tax advisor.
No-upfront-cost and direct ownership options.
Scarp Grid Partners can structure projects around the host's capital strategy. Some hosts prefer to own the battery directly. Others prefer a third-party-owned structure where Scarp Grid Partners or a capital partner owns the battery, leases site rights from the host, and shares value through negotiated terms. Both models have trade-offs depending on capital availability, tax position, operating preferences, and risk tolerance.
No Upfront Capital
A third-party-owned structure may allow the host to access battery infrastructure without purchasing the system directly.
Power Quality Support
A properly designed battery system may help stabilize load and reduce certain disturbances where technically appropriate.
Site Lease Consideration
The host may receive lease payments or other consideration for providing space and electrical integration rights.
Electric Bill Management
The battery may be dispatched to manage peak demand and optimize load where the tariff and operations support it.
Grid-Service Participation
Where available and where the site qualifies, battery capacity may participate in grid-service programs with negotiated sharing terms.
Managed Operations
Scarp Grid Partners or its operating partner can manage dispatch, monitoring, and long-term operations.
Host-Owned Battery
The host funds and owns the asset and may capture available incentives, depreciation, savings, revenue, and long-term asset value.
Third-Party-Owned Battery
The project owner funds and owns the asset, leases site rights from the host, and shares value through the negotiated commercial structure.
Integrated workstreams from site review to operating asset.
Scarp Grid Partners coordinates technical, utility, commercial, tax, ownership, and operating workstreams so behind-the-meter battery projects can move efficiently from early evaluation to operating asset.
Strategy Alignment
A focused strategy call to align on facility goals, cost exposure, operating priorities, ownership preference, and first-stage project direction.
Load + Tariff Review
Review utility bills, interval data, demand patterns, tariff structure, energy charges, demand charges, service size, and operating constraints.
Site + Utility Review
Review site layout, electrical infrastructure, utility service, interconnection path, metering needs, controls, non-export requirements where applicable, and available equipment locations.
Commercial Framework
Develop a preliminary value-stack model, ownership structure, site lease or shared-savings framework, tax-credit strategy, and operating-cost assumptions.
Development Roadmap
Prepare the development plan, project packaging roadmap, compliance documentation plan, procurement path, utility coordination path, and implementation timeline.
Deployment + Operations
Coordinate development, commissioning, handoff, asset management, dispatch strategy, O&M coordination, grid-service participation, and long-term operating performance.
Transparent development with expert execution.
Scarp Grid Partners can work through a transparent development model that gives the project owner or host clear visibility into project economics, commercial structure, major decisions, and implementation strategy while benefiting from specialized battery storage expertise, efficient project delivery, and disciplined cost management.
Built with industrial-scale technology and construction partners.
Scarp Grid Partners works with qualified technology, engineering, construction, commissioning, and operating partners selected for deployment capability, quality, speed, serviceability, warranty structure, tax-credit strategy, safety standards, and ability to deliver industrial-scale behind-the-meter battery infrastructure.
Our model is flexible by design. Scarp Grid Partners can coordinate with qualified regional execution partners, or work with a host's preferred contractors, engineers, lenders, equipment vendors, construction teams, and operating partners. The goal is not to force a single vendor stack. The goal is to build the right project-specific team around the site, utility requirements, tariff structure, capital plan, facility operations, and long-term operating strategy.
Partner With Scarp Grid Partners
Scarp Grid Partners is built as a development and coordination platform for industrial-scale behind-the-meter battery storage. We lead project strategy, commercial structure, utility coordination, ownership planning, and development while working with qualified regional companies that understand local permitting, construction, electrical infrastructure, utility requirements, and field execution.
We are interested in building relationships with experienced firms and professionals in markets where large-load energy infrastructure and battery storage deployment are expanding, including:
Our model is flexible. We can bring qualified regional partners to the table, or coordinate with the client's preferred partners where appropriate. If a host, project sponsor, capital partner, or facility owner already has preferred contractors, lenders, engineers, equipment suppliers, or construction partners, Scarp Grid Partners can work within that existing team structure. The objective is to build the best project-specific team around the host site, utility requirements, operating constraints, capital strategy, and long-term energy goals.
Frequently Asked Questions
Battery storage touches electric bill optimization, power quality, ownership structure, utility coordination, tax strategy, grid-service revenue, and long-term operations. Explore the most common questions below or view the full FAQ library.
Ready to evaluate battery storage for your large-load facility?
Scarp Grid Partners can review your site, utility bills, interval data, tariff structure, electrical infrastructure, operating constraints, ownership preference, and commercial goals to determine whether a behind-the-meter battery energy storage project makes sense.