How is ROI on a packhouse cold store calculated?

Compare annual gross margin recovered from reduced post-harvest loss and better price timing against annualised CAPEX plus energy, maintenance and labour. Payback of 2–4 years is common where current spoilage exceeds 15% and the crop has a seasonal price spread.

Do I need pre-cooling as well as storage?

For most fresh horticulture, yes. Removing field heat within hours of harvest — forced air, hydro-cooling or vacuum cooling depending on the crop — determines shelf life far more than the storage room itself.

Does controlled atmosphere pay back?

Controlled atmosphere adds roughly 25–40% to CAPEX and only pays back for long-hold crops such as apples, pears and kiwifruit where storage runs many months and off-season pricing is materially higher.

How do I turn this into supplier quotes?

Send the calculated capacity, temperature class, pre-cooling method and site country through ColdMatch; the same scope goes to several suppliers so quotes are comparable. ColdMatch is not a manufacturer and does not provide financing directly.

Offline — reconnect before saving or submitting. Changes on this page have not been sent.

Not sure which tool fits? Open smart search — every question mapped to the right calculator

Fresh fruit and vegetables in post-harvest cold storage

For commercial and industrial refrigeration projects (cold rooms, cold stores, process cooling) — not household fridges, home freezers or appliance repair. Results are planning estimates, not engineering design or safety advice; a qualified refrigeration engineer must confirm sizing before purchase.

Fruit & Vegetable Cold Storage ROI

Does a fruit & vegetable cold store pay back?

Model post-harvest loss avoided, off-season price uplift, energy and maintenance cost, then read the payback period and 10-year net return for a packhouse, CA store or pre-cooling facility.

Store capacity: 2,000 t

Stock turns per year: 2.5

Farm-gate value: $500 / t

Crop group

Facility type

Electricity tariff: $0.12 / kWh

Estimated payback

1.7 yrs

Annual net gain $739,500 on $1,240,000 CAPEX

Throughput

5,000 t/yr

Loss avoided

$420,000

Off-season uplift

$437,500

Annual OPEX

$118,000

Energy cost

$57,000

Annual ROI

59.6%

10-year net

$6,155,000

Use this business case with suppliers and lenders — start an RFQ or review financing routes for the CAPEX.

Get free supplier quotes Explore financing options

ColdMatch Group is a supplier-neutral procurement platform — not a manufacturer, contractor or lender.

Estimates Only: This calculator is provided for general informational purposes only. Results are approximate and may contain errors, omissions, or outdated information. They do not constitute legal, financial, engineering, tax, technical, or professional advice. Users are solely responsible for independently verifying all calculations, specifications, prices, regulations, and requirements with qualified professionals before making any decisions. By using this calculator, you acknowledge that the website owners, operators, and affiliates accept no responsibility or liability for any loss, damage, or decisions resulting from its use.

Direct answer

Fruit and vegetable cold storage pays back mainly through avoided post-harvest loss (typically 22–35% of crop value, of which cold storage recovers 60–80%) and off-season price uplift (12–35% depending on crop). With CAPEX of roughly USD 600–700 per tonne for basic cold rooms and USD 1,100–1,200 per tonne for controlled atmosphere, typical payback is 3–6 years at healthy occupancy and stock turns.

Frequently asked questions

Is a fruit and vegetable cold store profitable?

Usually yes where post-harvest losses exceed 20% and there is a seasonal price spread; payback commonly falls between 3 and 6 years, longer where tariffs are high or occupancy is below 60%.

What does CA storage add?

Controlled atmosphere roughly doubles storable life for apples and pears and cuts loss further, at about 1.7x the CAPEX per tonne of a basic cold room and around 30% more energy.

How much energy does an F&V cold store use?

Roughly 95–130 kWh per tonne handled per year for chilled storage, higher with forced-air pre-cooling and in hot climates.

Packhouse cold storage ROI: buyer questions

How is ROI on a packhouse cold store calculated?: Compare annual gross margin recovered from reduced post-harvest loss and better price timing against annualised CAPEX plus energy, maintenance and labour. Payback of 2–4 years is common where current spoilage exceeds 15% and the crop has a seasonal price spread.
Do I need pre-cooling as well as storage?: For most fresh horticulture, yes. Removing field heat within hours of harvest — forced air, hydro-cooling or vacuum cooling depending on the crop — determines shelf life far more than the storage room itself.
Does controlled atmosphere pay back?: Controlled atmosphere adds roughly 25–40% to CAPEX and only pays back for long-hold crops such as apples, pears and kiwifruit where storage runs many months and off-season pricing is materially higher.
How do I turn this into supplier quotes?: Send the calculated capacity, temperature class, pre-cooling method and site country through ColdMatch; the same scope goes to several suppliers so quotes are comparable. ColdMatch is not a manufacturer and does not provide financing directly.

Indicative planning figures only — final sizing belongs to the supplier's detailed design. Request comparable supplier quotes · all cold chain tools · common cold chain questions

Next steps for your project

Send these inputs to an RFQ

Your size, cost and load inputs are copied into the quote form, so you don't type them twice. Nothing is sent until you review and submit.

Free for buyers, no obligation. These figures are estimates, not quotes — our team reviews your request and contacts suitable suppliers on your behalf.

From the blogRead the guide behind this calculator

Project request

Submit your project for expert review

Send your requirements. A ColdMatch specialist reviews every request, prepares a brief and introduces suitable suppliers — free for buyers.

Calculation method

1. Throughput (t/yr) = capacity × turns per year; revenue base = throughput × price
2. Loss saved = revenue × crop loss rate × store loss reduction
3. Off-season gain = revenue × price uplift × 50% (half sold off-season)
4. OPEX = throughput × kWh/t × tariff + 2.5% of CAPEX + USD 6/t handling
5. Payback = CAPEX ÷ (gain − OPEX); 10-year = 10 × net − CAPEX

Calculations run in SI (m, m², m³, kW, kg, °C). Imperial equivalents: 1 m² = 10.76 ft², 1 m³ = 35.31 ft³, 1 kW = 3,412 BTU/h = 0.284 TR, 1 t = 2,205 lb, °F = °C × 1.8 + 32. 1 t = 2,205 lb; price per lb = price per t ÷ 2,205.

Worked example

Default apple/pear store in a basic cold room.

Inputs

• 2,000 t (4.4M lb)
• 2.5 turns/yr
• USD 500/t selling price (user input)
• 28% loss, 60% loss cut, 35% uplift

Calculation

• Throughput = 2,000 × 2.5 = 5,000 t/yr; revenue base = USD 2.5M
• Loss saved = 2.5M × 0.28 × 0.6 = USD 420,000
• Off-season gain = 2.5M × 0.35 × 0.5 = USD 437,500

≈ USD 857,500/yr gross gain before OPEX and CAPEX.

Limitations

• Loss and uplift rates are crop averages; local markets differ strongly.
• Store CAPEX per tonne is indicative — cross-check against /cold-storage-cost.
• Price is your input; the model does not forecast market prices.

Illustrative planning result only. Confirm the final design, duty, equipment selection and performance with a qualified refrigeration engineer and supplier quotation.

Follows the ColdMatch calculation standard: method, worked example, limitations and imperial units.