Calculation method
- 1. Phases = sites in groups of ⌈sites ÷ 3⌉
- 2. CAPEX per site = midpoint of budget tier × regional multiplier ÷ sites
- 3. Months per phase = horizon ÷ phases × regional timeline multiplier
Money and time only.
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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.
Project Intelligence
Multi-Site Expansion Planner
Sequence CAPEX, supplier categories, financing and procurement over the multi-year rollout of a cold-chain expansion program.
Phased rollout
Total ~$35.0M
- 1Phase 1 — 1 site~12 months · ~$11.7M CAPEXAnchor site + repeatable design template
- 2Phase 2 — 1 site~12 months · ~$11.7M CAPEXReplicate template; lock supplier framework agreements
- 3Phase 3 — 1 site~12 months · ~$11.7M CAPEXScale — automation, financing tranche 2, energy optimization
Supplier categories to lock as frameworks
- Insulated panel + door supplier
- Refrigeration OEM (compressor + controls)
- Racking + MHE partner
- WMS / BMS integrator
- Standby power + energy optimization
Financing strategy
- Phase 1: sponsor equity + local bank bridge.
- Phase 2: ECA-backed medium-term loan on standardized design.
- Phase 3: development finance / green bond for automation & solar.
- Reuse tender pack per site to compress bank due diligence.
Direct answer
Multi-site expansion is planned around demand density and transport cost: a distributed network of smaller stores cuts last-mile distance and spoilage but raises fixed cost per m³, while a single central hub is 15–30% cheaper per m³ to build and run. The break-even usually appears when one-way delivery distance from a hub exceeds 250–400 km or 6 hours of refrigerated transit.
Frequently asked questions
Central hub or regional cold stores?
A hub is cheaper per m³; regional stores cut transport cost and spoilage. Compare total landed cost per pallet delivered, not CAPEX alone.
How should expansion be phased?
Prove demand at one site, standardise the design and equipment list, then replicate. Standardisation typically cuts 10–15% off the second and later builds.
What ties multiple sites together?
Shared temperature-monitoring and WMS platforms, common refrigerant strategy, and a single spare-parts and maintenance contract.
Next steps for your project
- How to Write a Cold Storage RFQ
- How to Verify Cold Chain Suppliers
- Cold Storage Project Cost Center
- All Cold Chain Buyer Guides
Related solutions
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Worked example
Default 3 sites over 36 months.
Inputs
- • 3 sites
- • 36-month horizon
Calculation
- • Sites per phase = ⌈3 ÷ 3⌉ = 1 → 3 phases
- • Months per phase = 36 ÷ 3 = 12 × regional multiplier
3 phases of about 12 months each, before regional adjustment.
Limitations
- • Budget tiers are planning bands; site-level CAPEX comes from the cost baseline and quotes.
- • Phases run sequentially; parallel delivery needs a project schedule.
- • Permits and grid connections often dominate timelines.
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.