Cold room project case study in Japan: Seismic-compliant automated frozen store, Kanto region
A high-bay automated frozen warehouse where seismic design, energy efficiency and 24/7 dispatch reliability drove every engineering decision.
A 2,800-pallet −18 to −25 °c frozen facility in Japan of roughly 12,600 m³, built with co2 (r744) transcritical or cascade, models at about USD 19,411,917 installed (USD 15,529,533–USD 25,235,492 planning range) and USD 2,010,880 a year to run, over a 68-week programme from brief to handover. Figures are indicative planning estimates from ColdMatch Group's country cost model — not a quotation.
A senior cold-chain specialist stays with your project from first brief to commissioning.
What was built, and for whom
Hot and humid — higher defrost energy and infiltration load
~10 generator hours modelled per year
Local band 0.140–0.200 USD/kWh
Zones
- Automated high-bay frozen store −25 °C, 2,800 pallets
- Chilled sortation area +5 °C
- Dock with high-speed doors and airlocks
What a project like this costs in Japan
Derived from the same indicative country cost model used by the public ColdMatch calculators: local construction cost index, design ambient, humidity, grid reliability, diesel price and electricity tariff. Planning-grade estimates, never a quotation.
Planning range USD 15,529,533–USD 25,235,492
USD 1,541 per m³
49% of it is energy
709 kW average refrigeration load
| Envelope, plant, electrical and installation | USD 13,623,513 |
| Standby generation | USD 953,646 |
| Monitoring and alarms | USD 66,528 |
| Automation / storage systems | USD 4,768,230 |
| Total installed | USD 19,411,917 |
| Grid electricity (6,207,773 kWh) | USD 993,244 |
| Standby diesel (1,687 litres) | USD 2,108 |
| Maintenance and spares | USD 795,112 |
| Operations labour (12 staff) | USD 215,040 |
| Monitoring and compliance | USD 5,376 |
| Total per year | USD 2,010,880 |
Running the same facility on legacy fixed-speed plant models at USD 2,532,833 a year — about USD 521,953 more, which is the efficiency decision this project turned on.
What made this project difficult in Japan
These are the local realities that change the design, the price and the supplier shortlist.
- Seismic design requirements for racking, plant and piping
- 24/7 convenience-retail dispatch with no tolerance for downtime
- High energy cost and strict efficiency expectations
The decisions that shaped the result
- Seismic restraint engineered for racking, pipework and plant as one package
- CO₂ system with heat recovery and N+1 on critical duty
- Automation designed around continuous dispatch windows
Programme: about 68 weeks from brief to handover
Phases overlap in practice. This sequence shows where the schedule risk sits in this market.
- 1
Brief and feasibility
Weeks 1–3 · 3 weeksProduct, temperature, capacity, site status, electrical supply, budget band and timeline confirmed. ColdMatch reviews the brief and flags missing data before anyone is approached.
- 2
Concept design and RFQ preparation
Weeks 4–7 · 4 weeksZone layout, load estimate, system shortlist and a single bid form so every supplier quotes identical scope, exclusions and assumptions.
- 3
Supplier review and tendering
Weeks 8–13 · 6 weeksSuitable suppliers are approached only after internal approval, then proposals are normalised on scope, energy assumptions, spares, commissioning and warranty.
- 4
Civil works and building envelope
Weeks 14–33 · 20 weeksSlab, drainage, docks and structure, including under-floor heating detail where freezer rooms sit on grade.
- 5
Equipment manufacture and delivery
Weeks 34–49 · 16 weeksPlant and panel manufacture with delivery sequenced to the installation programme.
- 6
Installation and insulation
Weeks 50–63 · 14 weeksPanel erection, pipework, electrical and automation installation with a written interface responsibility matrix between refrigeration and automation scopes.
- 7
Commissioning, pull-down and handover
Weeks 64–68 · 5 weeksLeak and pressure testing, staged pull-down, performance verification against the specified duty, operator training, spares handover and documentation.
What the project delivered
- Dispatch reliability maintained with redundancy on critical plant
- Energy efficiency targets met with verified modelling
- Seismic compliance documented across all disciplines
What buyers in this market should take from it
- Seismic restraint spans several trades — assign one owner in the contract
- Redundancy should follow the dispatch commitment, not the equipment list
Tools and market data for Japan
Change the capacity, temperature and system and the numbers above move. These tools use the same country model.
Cold storage project costs and timelines in Japan
How ColdMatch Group works — independent B2B procurement and sourcing platform — ColdMatch Group is an independent B2B procurement and sourcing platform for industrial refrigeration, cold storage and cold-chain projects from USD $250K+, connecting buyers with qualified third-party suppliers, EPC contractors and independent financing providers.
Have a comparable project in Japan?
Submit your product type, temperatures, capacity, site status, power situation, budget band and timeline. David and the ColdMatch team review the brief, structure the RFQ so every supplier quotes the same scope, and approach suitable suppliers only after internal approval.
This is a worked project example built from ColdMatch Group's indicative country cost model — local electricity tariff, design ambient, humidity, grid reliability and construction cost index. It is a planning-grade illustration, not a client transaction, an engineering design or a quotation. Supplier and manufacturer listings on this site are provided for research, transparency and discovery only. ColdMatch Group does not provide automatic buyer-supplier introductions. Every cold chain project request is reviewed manually by David / ColdMatch Group, and supplier introductions are made only after internal approval.
Supplier and manufacturer listings are provided for research, transparency and discovery only. ColdMatch Group does not provide automatic buyer-supplier introductions. Every cold chain project request is reviewed manually by David / ColdMatch Group, and supplier introductions are made only after internal approval.