Real Estate Model: Single Tenant Industrial

SmartHelping / Real Estate / Excel

Single Tenant Industrial Model

Underwrite the acquisition or development of single-tenant industrial real estate over a hold period of up to 15 years. Connect rent, vacancy reserves, lease-up costs, operating expenses, financing, refinancing, financial statements, exit taxes, valuation, and GP/LP returns.

Up to 15-year hold Acquisition or development Monthly and annual 3 statements 4 waterfall options
Single tenant industrial real estate financial model
$45 One-time purchase / Excel download
Add Single Tenant Industrial Model to Cart

Immediate download after purchase. By purchasing, you agree to the Terms of Service.

See the model in action

See how property assumptions, financing, and investor returns connect.

Watch the walkthrough, then open the screenshots to review the acquisition or development budget, rent assumptions, operating forecast, debt, refinancing, financial statements, valuation, exit, and joint-venture waterfalls.

Open the model screenshots

Use the screenshots with the video to inspect the workbook structure and major assumptions before purchasing.

What the model includes

A complete industrial-property underwriting framework.

Move from the initial property basis and tenant economics through operating cash flow, refinancing, exit proceeds, and project and partner returns.

01 / 15-YEAR HOLD

Model a long-term investment period

Plan a hold period of up to 15 years with connected monthly and annual pro forma views.

02 / ACQUIRE OR DEVELOP

Choose the initial project structure

Use a purchase price for an acquisition or schedule construction and development costs over time for a new build.

03 / THREE STATEMENTS

Connect monthly and annual financials

Integrate the Income Statement, Balance Sheet, and Cash Flow Statement with the operating and capital assumptions.

04 / TENANT ECONOMICS

Build rent from square footage and lease terms

Configure rentable area, rent per square foot, commencement timing, annual increases, vacancy reserves, and ancillary income.

05 / DEBT AND REFI

Finance construction or an existing property

Use a construction or regular loan and evaluate as many as two future refinancings based on cap rate and LTV.

06 / FOUR WATERFALLS

Compare IRR hurdles and preferred returns

Choose IRR-hurdle or preferred-return logic using either monthly or annual cash-flow conventions.

07 / VALUE AND RETURNS

Measure the project and every stakeholder

Review IRR, NPV, DCF value, and equity multiple at the project, operator, and investor levels.

08 / SCENARIO TESTING

Toggle alternative underwriting cases

Compare different property, lease, operating, financing, and exit assumptions without rebuilding the model.

Rent and lease assumptions

Translate a single tenant lease into NOI and property cash flow.

Define the occupied area, rent economics, timing, and reserves while retaining flexibility for tenant turnover or a future lease-up period.

Rent commencement

Set the month rent begins so acquisition, development, and lease-up timing flow into the operating forecast correctly.

Rentable square feet

Enter the area leased to the tenant and use it as the basis for calculating annual and monthly base rent.

Rent per square foot

Define annual rent per square foot and review the resulting starting annual and monthly rental income.

Annual rent increases

Apply contractual escalation assumptions over the hold period to reflect the planned lease economics.

Vacancy loss reserve

Use a percentage of maximum rent as a reserve for tenant turnover, downtime, or other interruption in occupancy.

Ancillary income

Add recurring monthly revenue outside base rent when the property agreement includes other income sources.

Lease-up costs

Schedule fixed monthly expenses with defined start and end dates for the period required to secure or replace a tenant.

Capital structure and exit

Model acquisition, construction, refinancing, and sale proceeds.

Configure the property basis, loan structure, equity funding, future refinancing, and tax-sensitive exit assumptions around the deal being evaluated.

INITIAL COSTS

Build the full acquisition or development basis

Enter a purchase price or schedule development and construction uses up front or across the applicable project months.

CONSTRUCTION DEBT

Fund costs as the project is built

Use a construction-loan structure and choose whether interest is paid currently or accrued into the balance.

REGULAR LOAN

Underwrite conventional acquisition financing

Use a standard property loan when the investment begins with an existing stabilized or lease-ready asset.

TWO REFINANCINGS

Revalue and recapitalize the property

Schedule up to two refinance events using the selected refinance month, capitalization rate, and loan-to-value percentage.

EQUITY OPTIONS

Use one operator or an LP/GP structure

Fund the deal with a single operator or divide the required equity between an investor and sponsor group.

EXIT TAX ASSUMPTIONS

Separate operating income and sale-related taxes

Review depreciation recapture, capital gains, and operating-income tax bases, or enter 0% when taxes do not apply at the project level.

Joint-venture return structures

Choose the waterfall convention that matches the partnership.

The four waterfall alternatives combine two hurdle styles with monthly or annual cash-flow treatment, while preserving project and stakeholder return views.

Monthly IRR hurdles

Route monthly contributions and distributions through IRR tiers using monthly equivalents of the annual hurdle rates.

Annual IRR hurdles

Assume the initial equity is invested up front and move annual period cash flows through the IRR-based distribution tiers.

Monthly preferred return

Use monthly negative cash flow as additional contributed capital and positive cash flow as available distributions.

Annual preferred return

Evaluate the preferred-return arrangement using annual cash-flow periods and an up-front equity contribution.

Stakeholder views

Compare project, operator, and investor cash flows, IRR, NPV, DCF value, and equity multiple under the selected structure.

How to use it

Move from property basis to stakeholder returns.

  1. Define the property and investment timeline

    Set the model start, hold period, rentable area, acquisition price or development budget, and timing of the initial costs.

  2. Enter the lease and operating assumptions

    Configure rent commencement, rent per square foot, escalations, vacancy reserve, ancillary income, landlord expenses, and lease-up costs.

  3. Build the debt and equity structure

    Select the construction or regular loan, interest treatment, refinance assumptions, equity participants, and waterfall convention.

  4. Review NOI, value, and returns

    Evaluate the pro forma, three statements, refinancing, exit taxes, DCF, IRR, NPV, equity multiple, and operator and investor outcomes.

Who gets value from it

Built for teams evaluating industrial property economics.

Industrial real estate investors

Underwrite rental income, NOI, financing, refinancing, exit value, and investment returns over a long-term hold.

Developers and owner-operators

Compare an existing-property acquisition with a new-build scenario and schedule development costs over time.

GPs, LPs, and capital partners

Evaluate project and stakeholder economics through four configurable joint-venture waterfall structures.

Advisors and financial modelers

Use an editable underwriting framework for feasibility analysis, investment committees, fundraising, and scenario testing.

Also available in these bundles

Need a broader spreadsheet library?

The Single Tenant Industrial Model is also included in the Real Estate, Joint Venture, and Super Smart bundles.

Related financial models

Use these complementary SmartHelping models for property acquisitions, development, lease structures, portfolio strategies, and tax analysis.

Questions before you buy

A few useful details.

Can I model both an acquisition and new construction?

Yes. Use a purchase price for an existing property or schedule construction and development costs up front or over time for a new-build scenario.

How long is the forecast?

The model supports a hold period of up to 15 years with monthly and annual operating projections and integrated financial statements.

Which lease structures can the model handle?

The model can accommodate NNN, double-net, absolute-net, or other net-lease arrangements by setting landlord-paid expense categories according to the actual lease.

Can I model tenant turnover or downtime?

Yes. A vacancy loss reserve can represent periods without rent, while lease-up expenses can be scheduled with defined start and end months.

What financing and waterfall options are included?

Use a construction loan or regular loan, up to two refinancings, and four waterfall alternatives combining IRR hurdles or preferred returns with monthly or annual cash-flow conventions.

Is it included in any bundles?

Yes. It is included in the Real Estate, Joint Venture, and Super Smart bundles.

Underwrite the full property lifecycle

Turn the lease, capital structure, and exit into clear investment returns.

Get the editable model for acquisition or development, rent and NOI, debt, two refinancings, three statements, exit taxes, DCF, IRR, equity multiple, and four joint-venture waterfalls. One-time purchase for $45.

Get the Single Tenant Industrial Model

5 Year LBO Financial Model with T12 and T3 Input Frameworks, Waterfalls, and More

SmartHelping / LBO & Valuation / Excel

5-Year LBO Financial Model

Evaluate a business acquisition using mapped T12 and T3 historical results, purchase-price multiples, debt and equity financing, a 60-month operating forecast, levered and unlevered DCF analysis, exit value, sensitivity tables, and an IRR-hurdle GP/LP waterfall.

60-month forecast T12 and T3 mapping Levered and unlevered DCF IRR waterfall with GP catch-up
Five-year leveraged buyout financial model
$45 One-time purchase / Excel download
Add 5-Year LBO Model to Cart

Immediate download after purchase. By purchasing, you agree to the Terms of Service.

See the model in action

See how historical results become an acquisition forecast.

Watch the walkthrough, then open the screenshots to review the T12 and T3 inputs, purchase price, revenue and cost assumptions, leverage, cash flow, DCF, exit value, sensitivity, waterfall, and stakeholder returns.

Open the model screenshots

Use the screenshots with the video to inspect the workbook structure and core acquisition assumptions before purchasing.

What the model includes

A streamlined acquisition model from historical results to investor returns.

Map recent financial performance, define the transaction and operating case, and follow the results through leverage, valuation, sensitivity, and the GP/LP waterfall.

01 / FIVE-YEAR FORECAST

Model up to 60 monthly periods

Produce monthly and annual profit-and-loss and cash-flow projections for the acquisition over a five-year horizon.

02 / T12 AND T3 INPUTS

Start from recent historical performance

Enter trailing-12-month and trailing-3-month results and map the historical lines to the model's pro forma structure.

03 / PURCHASE PRICE

Use EBITDA, revenue, or a manual value

Select the entry-valuation method from a dropdown and calculate the acquisition price using the chosen multiple or direct input.

04 / DEBT AND EQUITY

Test the acquisition with or without leverage

Define the percentage of purchase price financed by debt and solve for the minimum equity required to close the transaction.

05 / OPERATING FORECAST

Model revenue, contra revenue, direct costs, and OPEX

Build the business case with five revenue streams, three contra-revenue items, five direct costs, and expandable operating expenses.

06 / EXIT AND DCF

Compare value with and without leverage

Run levered and unlevered DCF analyses and optionally include exit value using a multiple of trailing-12-month EBITDA.

07 / WATERFALL

Configure IRR hurdles and GP catch-up

Model the distribution structure between GP and LP participants, including GP fee options and a catch-up feature.

08 / SENSITIVITY AND RETURNS

Test leverage and exit assumptions

Use the IRR sensitivity table and review project, GP, and LP return outputs under alternative deal structures.

Historical-data framework

Turn the T12 and T3 into a controlled starting point.

The historical-input and validation logic helps align imported results with the pro forma and establishes the in-place revenue and EBITDA used in the acquisition analysis.

T12 input

Enter a full trailing year of historical performance to capture seasonality and the longer recent operating pattern.

T3 input

Enter the most recent three months to reflect the current operating run rate and any recent shift in performance.

Line-item mapping

Map historical categories to the corresponding pro forma revenue, contra-revenue, direct-cost, and operating-expense lines.

Weighted starting revenue

Assign weights to the T12 and T3 average monthly revenue figures and use the combined result as the starting basis for each revenue source.

Sign-switch validation

Reverse signs where the source records refunds, returns, costs, or other deductions in the opposite direction required by the pro forma.

In-place EBITDA

Confirm the mapped historical values produce the intended current EBITDA before applying the acquisition and forward assumptions.

Operating and transaction forecast

Build a top-down business case around the acquisition.

The flexible line-item structure is designed to work across industries while keeping the principal revenue, cost, investment, and financing drivers visible.

FIVE REVENUE SOURCES

Grow each stream independently

Define monthly revenue growth by quarter for as many as five revenue sources across the 60-month forecast.

THREE CONTRA-REVENUE ITEMS

Account for refunds, returns, and deductions

Separate items that reduce gross revenue so the forecast produces a cleaner view of net sales.

FIVE DIRECT COSTS

Link COGS to total revenue

Define up to five cost-of-goods-sold or direct-cost categories as percentages of revenue and adjust them by quarter.

OPERATING EXPENSES

Forecast overhead and quarterly growth

Add operating-expense categories and set the monthly growth assumption for each item by quarter.

SALES AND MARKETING

Separate acquisition-related growth spending

Use dedicated sales and marketing lines when customer acquisition spending is a material part of the operating plan.

FIVE CAPEX ITEMS

Schedule capital investment by month

Enter up to five capital-expenditure categories directly across the monthly forecast to reflect the post-close investment plan.

Valuation and stakeholder returns

Connect acquisition terms, operations, exit, and the cash waterfall.

Review the deal from the project level and from the perspective of the GP and LP participants under the selected leverage and exit assumptions.

Levered and unlevered DCF

Compare enterprise economics before debt with the equity cash flows remaining after the financing structure.

Exit value

Turn the exit on or off and, when used, calculate proceeds from a multiple of trailing-12-month EBITDA.

IRR sensitivity

Test how the project return changes across different combinations of exit multiple and acquisition leverage.

Project-level outputs

Review project IRR and total net cash produced by the acquisition over the modeled period.

GP and LP outputs

Measure IRR, MOIC, ROI, total invested, total distributed, and the allocation of cash between the participants.

GP fees and catch-up

Configure fee options and a GP catch-up feature alongside the IRR-hurdle distribution structure.

How to use it

Move from source financials to a tested acquisition case.

  1. Enter and map the T12 and T3

    Load recent historical results, connect them to the pro forma lines, set the weighting, and use the sign controls to validate in-place EBITDA.

  2. Define purchase price and financing

    Select the EBITDA, revenue, or manual entry method, then set leverage and review the minimum equity required.

  3. Build the 60-month operating case

    Enter revenue growth, contra revenue, direct costs, operating expenses, sales and marketing, and monthly capital expenditures.

  4. Review value, sensitivity, and distributions

    Evaluate the levered and unlevered DCF, exit multiple, project IRR, sensitivity table, waterfall, GP fees, and GP and LP returns.

Who gets value from it

Built for teams evaluating operating-business acquisitions.

Independent sponsors and searchers

Translate seller financials into a five-year operating, financing, valuation, and investor-return case.

Private equity and acquisition teams

Test entry price, leverage, operating improvement, exit assumptions, DCF value, and the GP/LP distribution structure.

Business buyers and operators

Compare the historical run rate with post-close revenue, cost, capital-spending, and cash-flow assumptions.

Advisors and financial modelers

Use a flexible, industry-agnostic framework for acquisition screening, valuation, fundraising, and scenario analysis.

Also available in these bundles

Need a broader spreadsheet library?

The 5-Year LBO Financial Model is also included in the Joint Venture, Valuation, Industry-Specific, and Super Smart bundles.

Related financial models

Use these complementary SmartHelping templates for deeper LBO logic, operating recovery, valuation, discount rates, market sizing, and exit preparation.

Questions before you buy

A few useful details.

How long is the forecast?

The model runs for up to 60 months, or five years, and produces monthly and annual profit-and-loss and cash-flow projections.

How do the T12 and T3 inputs work together?

Historical lines are mapped into the pro forma, and weights can be assigned to the T12 and T3 average monthly revenue figures to determine the starting revenue basis.

How is the purchase price calculated?

Select EBITDA multiple, revenue multiple, or manual entry from the dropdown and enter the assumptions required by the chosen approach.

Can I model debt and solve for the required equity?

Yes. Define the percentage of purchase price financed with debt, compare levered and unlevered results, and review the minimum equity required.

Which waterfall and return outputs are included?

The model includes IRR hurdles, a GP catch-up feature, GP fee options, project IRR and net cash, plus GP and LP IRR, MOIC, ROI, invested capital, distributions, and GP fees.

How does this differ from the advanced LBO model?

This version is designed for faster data entry and includes T12 and T3 mapping plus the IRR-hurdle waterfall. The advanced LBO model adds more detailed accounts-receivable, accounts-payable, inventory, and three-statement logic.

Is it included in any bundles?

Yes. It is included in the Joint Venture, Valuation, Industry-Specific, and Super Smart bundles.

Underwrite the transaction in one connected model

Turn historical performance into acquisition value and investor returns.

Get the editable five-year model with T12 and T3 mapping, purchase-price methods, leverage, operating projections, levered and unlevered DCF, exit value, sensitivity analysis, and an IRR-hurdle GP/LP waterfall. One-time purchase for $45.

Get the 5-Year LBO Model

Construction Business KPIs and How to Improve Each One

Key Performance Indicators (KPIs) for a construction business are crucial for measuring the effectiveness, efficiency, and success of various operations within the industry. Here are several important KPIs typically used in the construction sector:

Latest Custom Financial Models Added to SmartHelping Plus - 4/16/2024

This is the April 16, 2024 tranche of new custom spreadsheets that I have added to the SmartHelping Plus program. There are four new sheets here that range from manufacturing to enterprise SaaS and real estate development. You can see what real clients want built directly now.

Biomethane (biogas) Financial Model Template

SmartHelping / Renewable Energy / Excel

Biogas / Biomethane Model

Plan a biomethane business across as many as five feedstock-processing facilities over 10 years. Connect facility construction, land, capacity, feedstock mix, production yield, process efficiency, pricing, direct costs, overhead, financing, financial statements, valuation, and investor returns.

10-year forecast Up to 5 facilities 6 feedstocks per facility Monthly and annual 3 statements
Biogas and biomethane production financial model
$45 One-time purchase / Excel download
Add Biogas / Biomethane Model to Cart

Immediate download after purchase. By purchasing, you agree to the Terms of Service.

See the model in action

See how feedstock processing becomes biomethane cash flow.

Watch the walkthrough, then open the screenshots to review the facility rollout, construction and financing, feedstock capacity, production yield, pricing, direct costs, financial statements, valuation, and investor returns.

Open the model screenshots

Use the screenshots with the video to inspect the workbook structure and key production assumptions before purchasing.

What the model includes

A bottom-up framework for a staged biomethane rollout.

Build each facility from its construction and feedstock assumptions, then follow production through operating cash flow, financing, financial statements, valuation, and returns.

01 / 10-YEAR FORECAST

Model up to 120 monthly periods

Plan facility deployment and operations over 10 years with connected monthly and annual pro forma detail.

02 / FIVE FACILITIES

Scale through a staged site rollout

Configure as many as five processing facilities with their own start dates, construction schedules, costs, capacity, and financing.

03 / SIX FEEDSTOCKS PER SITE

Mix multiple organic input streams

Define up to six feedstock types for each facility, including acquisition costs, processing volumes, and production characteristics.

04 / PRODUCTION YIELD

Translate tons processed into biomethane output

Use yield per ton and process-efficiency assumptions to calculate the cubic meters of biomethane produced.

05 / THREE STATEMENTS

Connect monthly and annual financials

Integrate high-level Income Statement, Balance Sheet, and Cash Flow Statement views with the operating forecast.

06 / CONSTRUCTION DEBT

Finance the initial facility build

Use interest-only construction loans and choose whether the interest accrues into the balance or is paid currently.

07 / VALUE AND RETURNS

Evaluate DCF, IRR, and exit value

Measure project value and returns and optionally calculate terminal proceeds from trailing-12-month EBITDA.

08 / EXECUTIVE OUTPUTS

Review the annual summary and model checks

Use the annual executive summary and self-error-checking logic to review results and identify model inconsistencies.

Facility rollout and construction

Build each processing site around its own startup plan.

Every facility can begin at a different point in the forecast and carry distinct construction, land, debt, capacity, and feedstock assumptions.

Facility start month

Choose when each site enters the development schedule so construction spending and operating activity begin in the intended periods.

Construction duration

Define the number of months required to build each facility and spread the initial construction costs across that timeline.

Land purchase

Enter site-specific land acquisition costs alongside the facility's other startup and construction requirements.

Construction financing

Configure debt for each site and select whether interest-only-period interest is accrued or paid without accrual.

Maximum processing capacity

Set the maximum monthly tons the site can accept and use capacity growth assumptions to model its operating ramp.

Additional CAPEX

Schedule other capital items by expenditure month and define their useful lives for the fixed-asset plan.

Feedstock and production economics

Connect throughput, yield, efficiency, pricing, and direct costs.

The operating framework makes the physical and commercial drivers visible at the facility and feedstock levels.

PROCESSING VOLUME

Forecast feedstock tons by site and type

Allocate expected processing activity across as many as six feedstocks within each of the five facilities.

CAPACITY RAMP

Grow utilization over time

Start each facility at the selected capacity level and adjust its processing utilization as operations scale.

YIELD PER TON

Estimate cubic meters of biomethane

Define the biomethane yield produced by each ton of feedstock processed and apply the relevant process efficiency.

PRODUCT PRICING

Monetize the produced biomethane

Apply pricing per cubic meter to the modeled output so production volume flows directly into facility revenue.

VARIABLE COSTS

Model costs by output and input volume

Use costs per cubic meter produced, costs per ton processed, and three processing-cost types for each feedstock.

FEEDSTOCK ACQUISITION

Reflect the cost of securing inputs

Enter acquisition costs by feedstock type to capture differences in sourcing and supply economics.

SITE-SPECIFIC COSTS

Keep facility economics distinct

Configure variable cost assumptions by facility instead of relying on one blended cost across the network.

CORPORATE OVERHEAD

Add the fixed cost of supporting the platform

Use the corporate-overhead section for recurring expenses that sit above the individual processing sites.

Financial statements, value, and returns

Follow the business from construction through operations and exit.

Facility-level drivers flow into consolidated financial statements, project valuation, return analysis, and an optional joint-venture structure.

Monthly and annual pro forma

Review detailed operating performance and cash flow across the full 120-month forecast and annual summary periods.

Integrated financial statements

Connect the Income Statement, Balance Sheet, and Cash Flow Statement to the facility rollout and operating assumptions.

DCF and IRR

Measure the present value of forecast cash flows and the return produced by the project under the selected assumptions.

Optional exit value

Turn terminal value on or off and, when included, apply a multiple to trailing-12-month EBITDA.

Joint-venture capability

Evaluate the modeled project cash flows within an investor and operator ownership structure when the development has multiple equity participants.

Executive summary and checks

Use the annual executive view for decision-ready outputs and the built-in error checks to identify inconsistencies.

How to use it

Move from facility rollout to project value.

  1. Define the facility rollout

    Set the start month, construction duration, construction spending, land purchase, debt, and capacity for each planned site.

  2. Build the feedstock and production case

    Configure feedstock types, tons processed, capacity growth, yield per ton, process efficiency, and biomethane pricing.

  3. Add operating costs, overhead, and CAPEX

    Enter feedstock-acquisition costs, variable production costs, site economics, corporate overhead, and other capital items.

  4. Review statements, value, and returns

    Evaluate the monthly and annual pro forma, three statements, executive summary, DCF, IRR, exit value, and joint-venture outcomes.

Who gets value from it

Built for teams developing and funding biomethane facilities.

Biogas developers and operators

Plan construction, capacity, feedstock sourcing, production, pricing, operating costs, and facility expansion.

Renewable-energy investors

Evaluate project cash flow, capital requirements, valuation, IRR, terminal value, and partner economics.

Lenders and project-finance teams

Review construction timing, interest treatment, debt-funded spending, cash flow, and repayment capacity.

Advisors and financial modelers

Use an editable bottom-up framework for feasibility studies, fundraising, scenario analysis, and client planning.

Also available in these bundles

Need a broader spreadsheet library?

The Biogas / Biomethane Model is included in the Industry-Specific, Renewable Energy, Industrial, Capacity-Based, and Super Smart collections.

Related financial models

Use these complementary SmartHelping models for other production, generation, storage, recycling, and energy-distribution opportunities.

Questions before you buy

A few useful details.

How long is the forecast?

The model supports up to 120 months, or 10 years, with monthly and annual pro forma detail and integrated high-level financial statements.

How many facilities and feedstocks can I model?

You can configure up to five processing facilities and as many as six feedstock types within each site.

How is biomethane production calculated?

Facility capacity and processed tons are combined with feedstock-specific yield per ton and process-efficiency assumptions to estimate cubic meters of biomethane produced.

Which direct costs can I enter?

The model supports costs per cubic meter produced, costs per ton processed, three processing-cost types for each feedstock, feedstock-acquisition costs, and site-specific variable costs.

How does the construction loan work?

Each facility can use interest-only construction financing, with an option to accrue the interest into the balance or pay it currently without accrual.

Does it include valuation and investor returns?

Yes. The workbook includes DCF and IRR analysis, an optional exit value based on trailing-12-month EBITDA, and joint-venture capability.

Is it included in any bundles?

Yes. It is included in the Industry-Specific, Renewable Energy, Industrial, Capacity-Based, and Super Smart collections.

Model the full biomethane project lifecycle

Turn feedstock throughput into production, cash flow, value, and returns.

Get the editable 10-year model for up to five facilities, six feedstocks per site, construction financing, production economics, three statements, DCF, IRR, terminal value, executive outputs, and joint-venture analysis. One-time purchase for $45.

Get the Biogas / Biomethane Model