By Chris DeWeaver, ELM MicroGrid, NE Sales Director

You want to talk to your CFO about batteries.

You may be thinking about resilience, sustainability, and a more flexible energy future. Your CFO is likely thinking about something more immediate: cash flow, risk, and net operating income (NOI).

That difference in perspective does not make the conversation impossible. It simply means the business case has to lead. A battery or microgrid is more compelling when it is presented not only as infrastructure, but as an asset that may reduce costs, support revenue, and protect operations.

The Problem: Energy Is Usually Treated as a Cost, Not an Asset

For many organizations, electricity sits in the same category as other unavoidable operating expenses: it is a bill to manage, not a resource to optimize. Demand charges recur each month. Time-of-use rates can make power significantly more expensive during peak periods. Grid disruptions can also create operational and financial consequences that are difficult to predict.

From a finance perspective, those costs reduce NOI. The opportunity is to show how distributed energy resources can change that equation.

The Hidden Opportunity: Capturing More Value from Energy

Peak demand charges

For some commercial customers, demand charges represent a meaningful portion of the utility bill. An appropriately designed battery can discharge during short periods of high demand, reducing the peaks that drive those charges.

Demand response and grid programs

Utilities and grid operators may compensate customers for reducing load or providing capacity when the system is under stress. In New York, examples include the NYISO Special Case Resource program and Con Edison’s Distribution Load Relief and Commercial System Relief programs. Availability, payment structures, and participation requirements vary by market, so the project economics should reflect the programs available at the specific site.

The tax advantage: FEOC compliance and domestic content

For projects beginning construction after 2025, equipment sourcing has become central to federal tax-credit eligibility. Under the Section 48E rules, an energy storage project that receives material assistance from a prohibited foreign entity-often discussed in the market as an FEOC restriction-may be ineligible for the investment tax credit. In other words, the supply chain is no longer just a procurement consideration; it can determine whether a major part of the project’s financial case survives.

That makes U.S.-made, FEOC-compliant battery solutions especially valuable. A qualifying project can receive a 30% investment tax credit when the applicable prevailing wage and apprenticeship requirements, or another statutory exception, are satisfied. If the project also meets the domestic-content requirements for U.S.-produced iron, steel, and manufactured products, the credit can increase by 10 percentage points-bringing the potential total to 40%.

FEOC compliance and domestic-content compliance are related but separate tests. FEOC compliance protects access to the underlying credit; domestic-content compliance creates the opportunity for the additional 10-percentage-point bonus. Selecting a solution designed and documented around both requirements can therefore reduce qualification risk, strengthen the project’s after-tax economics, and give the CFO greater confidence in the assumptions behind the model. Eligibility should still be confirmed for the specific project with qualified tax and legal advisers.

The NOI Blind Spot

Many financial decision-makers still see batteries primarily as a capital expense with an uncertain payback. A stronger analysis considers the combined value of demand-charge management, demand response, time-of-use optimization, incentives, and resilience.

Consider a property where an energy project produces a sustained $100,000 annual increase in NOI. At a 5% capitalization rate, that improvement would imply $2 million in additional property value, assuming the income is durable and recognized by the market.

That is the financial point worth emphasizing. A commercial or industrial-scale battery is not a larger version of a backup power bank. Properly designed and operated, it can be an active asset that manages demand, participates in eligible grid programs, shifts energy use, and strengthens operational resilience.

The Solution: Position the Battery as a Financial Asset

The business case becomes more credible when each value stream is quantified separately and then modeled together.

The value stacking strategy

Demand response

Receive compensation for reducing load or providing committed capacity during grid events, where qualifying programs are available.

Peak demand management

Discharge the battery during a facility’s highest-demand intervals to reduce applicable demand charges.

Energy arbitrage

Charge when electricity is less expensive and discharge when rates are higher, subject to the tariff, operating profile, and battery use constraints.

FEOC compliance and domestic content

Preserve access to the potential 30% Section 48E investment tax credit by selecting equipment that satisfies applicable prohibited-foreign-entity restrictions, then pursue the 10-percentage-point domestic-content bonus with a qualifying U.S.-made solution-creating a potential 40% credit in total.

Accelerated depreciation

Where applicable, use available depreciation treatment to improve after tax cash flow.

Together, these value streams can materially improve project economics. The actual payback period depends on site load, tariff structure, program revenue, operating strategy, installed cost, financing, and incentive eligibility.

The Zero-Upfront-Capital Option

A project may also be structured without an upfront capital purchase. Under an Energy-as-a-Service, lease, or shared-savings arrangement, a third party may finance, install, own, or operate the system while the customer pays through a fixed fee or shares in verified savings.

These structures can shift capital requirements and some performance responsibilities to the provider. They are not identical, however, and the allocation of operating risk, savings guarantees, escalation terms, buyout rights, and contract length should be evaluated carefully.

Common commercial models

Lease

The customer pays a fixed recurring amount for use of the system. The objective is to keep the payment below the value the system produces, creating positive operating cash flow. Accounting and tax treatment depend on the agreement and applicable standards.

Shared savings

The provider receives an agreed percentage of measured savings or revenue. This can align incentives because the provider’s compensation is tied to performance, but the measurement methodology, baseline, exclusions, and remedies should be clearly defined.

In either model, an experienced provider may coordinate engineering, construction, maintenance, market participation, and ongoing optimization. The CFO’s question should not be whether the structure eliminates every risk; it should be whether the agreement allocates each risk to the party best equipped to manage it.

The Language of the Boardroom

A productive CFO discussion begins with financial outcomes and supports them with technical evidence. Frame the proposal around four questions:

Net operating income

How much recurring cost reduction or program revenue can the project reasonably add to NOI, and what could that mean for asset value?

Return on investment

What are the expected cash flows, internal rate of return, payback period, and downside case under conservative assumptions?

Cash flow and capital structure

How do incentives, depreciation, financing, or a third-party ownership model affect first-year and long-term cash flow?

Risk mitigation

How does the project reduce exposure to demand charges, tariff volatility, outages, or operational disruption-and what risks remain?

The technical details still matter, but they should support the financial story. This is not only a sustainability initiative. It is a capital-allocation and risk-management strategy that can also advance resilience and environmental goals.

The Bottom Line

Commercial and industrial battery storage is increasingly financeable, but a credible proposal must be specific to the site. The technology, tariff, incentive package, operating strategy, and contract structure all determine whether the numbers work.

Show the CFO a transparent model: clearly stated assumptions, conservative revenue estimates, quantified risks, and sensitivity analysis. If the project can improve NOI, support asset value, create new revenue, and strengthen operations-without requiring an unattractive capital commitment-you will not lose the room.

You will have started the conversation in the language the CFO already speaks.