Deferred facility modernization has a cost that doesn’t always appear on the balance sheet, but eventually shows up in operations, energy spend, and maintenance budgets. For finance leaders managing multi-site portfolios, the question is rarely whether to modernize. It’s about whether the available funding structures make modernization feasible without creating new financial constraints.

Our latest whitepaper, The Infrastructure Gap: Why Modernization Needs a New Model, examines why traditional CapEx cycles, project-by-project execution, and narrow service agreements cannot deliver modernization at the speed and scale enterprises now require. It also introduces Infrastructure Monetization™, Redaptive’s model for funding, delivering, and measuring modernization across entire portfolios without upfront capital.

Expanding on the whitepaper’s themes, below are answers to the most common questions we hear from CFOs and finance leaders evaluating the model.

Does Infrastructure Monetization affect credit ratios or borrowing capacity?

No. Infrastructure Monetization is structured as an operating lease with true risk transfer, qualifying for off-balance-sheet treatment. That means customers preserve leverage ratios and borrowing capacity without drawing on existing credit lines or adding debt, keeping the arrangement off the balance sheet when that treatment is preferred.

What risks does Redaptive assume under this model?

Redaptive assumes construction risk, asset performance risk, and select ongoing maintenance obligations. Customers retain responsibility for operational changes within their own facilities, such as significant changes in space utilization, as well as certain reactive maintenance items defined in the project scope. The core financial exposure associated with asset ownership and performance remains with Redaptive.

What does the financial model typically look like?

Programs are structured as monthly service payments tied to verified energy savings, typically replacing a portion of existing energy and maintenance spend rather than adding a new line item. While program economics depend on facility profile, energy consumption, and modernization scope, the structure is designed to convert deferred capital obligations into predictable operating costs. Redaptive models projected outcomes during evaluation, using actual facility data rather than industry averages.

What does billing look like in practice?

Here’s a simplified lighting example. A 500,000-square-foot facility consumes 5,000 kWh per month for lighting, at $600/month ($0.12/kWh).

After a Redaptive-funded LED retrofit, lighting consumption drops to 3,000 kWh per month, a 2,000 kWh (40%) reduction. Under Redaptive’s Energy-as-a-Service model, the customer does not purchase equipment up front. Instead, Redaptive invoices a monthly service fee tied to verified avoided energy consumption.

If the avoided utility cost is $240/month (2,000 kWh × $0.12) and the contracted Redaptive service payment is $150/month, the customer realizes $90 in immediate monthly net savings. Actual billing amounts vary based on contract terms, baseline assumptions, utility rates, and measurement and verification results.

The key distinction from traditional CapEx is that the customer pays for verified energy performance rather than equipment ownership, converting capital costs into a performance-backed operating expense.

Which industries benefit most from Infrastructure Monetization?

Manufacturing, healthcare, and industrial real estate are the strongest fit, primarily because they combine aging infrastructure, high energy intensity, and multi-site portfolios where deferred maintenance compounds across assets. These sectors also face the highest cost of inaction: unplanned equipment failures, regulatory pressure on emissions, rising project labor and material costs, and escalating energy spend that erodes margins without modernization investment. Targeted energy and infrastructure upgrades can help reduce macro exposure by stabilizing energy and operating costs, turning a traditionally unpredictable expense base into a more controllable component of performance.

What types of infrastructure can be modernized?

The model covers multi-system, multi-site upgrades including lighting, HVAC, controls, refrigeration, metering, automation, generation and storage, and building systems. It is built for portfolio-wide deployment rather than single-asset or single-site projects. Bundling systems across a portfolio rather than executing single-asset projects changes the underwriting calculus, enabling a broader scope, better economics, and a more meaningful modernization impact than any individual upgrade would provide on its own.

How does Redaptive decide which assets are a fit?

Modernization programs are strongest where assets have clear performance characteristics, high energy consumption, and deferred maintenance backlogs. Infrastructure assets with long useful lives and measurable output are the most straightforward to underwrite, with HVAC, controls, solar, storage, and lighting being the most common starting points.

Is there a minimum project size?

Programs generally start at approximately 500,000 square feet of total facility space. That threshold ensures cost-effectiveness and provides enough scope for meaningful modernization impact.

Who performs the installation work?

Redaptive manages installation end-to-end. Work is delivered through a network of vetted contractors and technology providers, or through a customer’s preferred vendor when that is the preference. In either case, Redaptive owns coordination, quality control, and site-by-site delivery across the full deployment.

How are savings and ESG outcomes verified? And who manages the assets afterward?

Redaptive installs real-time metering at each site, providing continuous measurement of energy savings and emissions reductions, not estimates or modeled projections. Reporting is structured to align with governance, audit, and investor disclosure standards. After installation, Redaptive retains performance and lifecycle responsibility for upgraded assets. The customer assumes no ownership risk, maintenance burden, or ongoing performance management.

Go deeper into the underlying case

These answers cover the most common questions, but the underlying case for Infrastructure Monetization—why legacy models fall short and what the business impact looks like across financial, operational, and sustainability dimensions—is laid out in full in the whitepaper.

Download The Infrastructure Gap: Why Modernization Needs a New Model to see why conventional funding models are falling short and what’s replacing them.

To see how the model applies to your facility footprint, schedule time to speak with an expert.