For an ice and snow park, define the refrigeration and thermal envelope first, then discuss theming. Based on an equipment and engineering scope, the total investment for the three tiers—500 sqm, 1000 sqm, and 2000 sqm—can be used for preliminary screening at typical ranges of RMB 80-150 × 10,000, RMB 160-300 × 10,000, and RMB 300-560 × 10,000, respectively; all exclude rent, major civil works modifications, and working capital, vary with configuration, and are subject to final project-specific costing. Investment in an indoor ice and snow park cannot be calculated simply by multiplying building area by a unit price; the real cost drivers are the low-temperature zone area, whether real ice is included, the proportion of theming, and operating hours.
The ranges below are for project feasibility comparison, not quotations. With the same building area, full opening versus scheduled opening of the low-temperature zone will result in clearly different equipment configurations.
| Building Area Tier | Best-Fit Positioning | Estimated Equipment & Engineering Cost | Priority Control Items |
|---|---|---|---|
| 500 sqm | Single snow-play experience, small snow-fall feature; add real ice only with caution | Typically RMB 800,000-1,500,000 | Envelope airtightness, refrigeration configuration, share of theming |
| 1,000 sqm | Zoned play; can combine snow houses, snow play or an ice surface | Typically RMB 1,600,000-3,000,000 | Zones open at the same time, snow replenishment capacity, drainage and dehumidification |
| 2,000 sqm | Multi-theme zoning; group operation and maintenance must be considered | Typically RMB 3,000,000-5,600,000 | System splitting, backup capacity, peak visitor flow management |
| Common Scope Boundaries | Refrigeration, snowmaking or snow-fall, insulation, theming, ticketing | Varies with configuration; final costing done per project | Do not omit installation, commissioning and operational readiness |
Do not calculate the entire building area at ice-rink cooling load. Only when a real ice area is included should the ice surface be estimated at the indoor standard rink rate of 350-450W/sqm; ceiling height cannot be ignored either — for every 1m added to rink height, cooling load increases by roughly 3-5 percentage points. For the function mix, first refer to Ice and Snow Park Business Segments, then return to this project's floor plan and verify quantities zone by zone.
Ice and snow park equipment must be listed by system — not just one snowmaking machine and a batch of theming. Main units, terminals, piping, controls, and installation and commissioning should sit under the same line item to avoid later add-ons.
| System | Main items | Sizing considerations | Commonly overlooked engineering items |
|---|---|---|---|
| Refrigeration | Screw chillers or scroll chillers, pumps, piping, terminals, controls | For the real ice area, calculate based on ice surface load; for the snow area, calculate separately based on enclosure, snow replenishment and opening method | Grouped start/stop, maintenance space, pipe insulation |
| Snowmaking / Snowfall | Indoor snowmaking machines, snowfall devices, snow replenishment and supporting equipment | Configure according to simultaneously open areas, target snow quality and daily operating schedule; capacity depends on configuration | Water supply and drainage, equipment maintenance, snow distribution |
| Insulation | Low-temperature area enclosure, vapor barrier, cold storage doors, floor structure | Can refer to ice rink practices; typically 100-150mm polyurethane cold storage panels are used | Airlocks, thermal bridges, sealing of wall penetrations |
| Theming | Themed features, lighting, guardrails, anti-slip paving, interactive facilities | Ensure play safety and equipment maintenance first, then determine the density of themed features | Themed features blocking access panels, standing water on floors |
| Ticketing | Ticketing, turnstiles, timing or wristbands, storage, public address and surveillance | Configure according to weekend peak queues and ticket validation processes within zones | Network, cashier reconciliation, power outage emergency procedures |
The equipment composition can be cross-checked against the indoor snow machines, snow houses and real ice rink equipment list. If an ice skating area is included, the typical operating ice thickness in China is 30-40mm; for figure skating, it must be 40mm and cannot be compressed to 30mm, otherwise the landing toe picks may penetrate down to the coils.
A 1,200 sqm indoor ice rink roughly corresponds to 420-540 kW of cooling capacity; comprehensive electricity consumption for comparable domestic indoor ice rinks is about 1.7 kWh/sqm·day, understood on an annual average basis and not directly equivalent to the whole-venue energy consumption of an ice and snow park. Overnight from 22:30 to 09:30, using thermal covers can reduce the ice surface load from about 220 kW to about 25 kW, saving about 700 kWh per day. When calculating, include this operational measure in the operating schedule, then convert the cost based on the local electricity tariff and actual operating days; do not compare only the purchase price of the main refrigeration unit.
First, if your site is 500 sqm and focused mainly on family photo spots and short-time experiences, choose a single-zone low-temperature space plus small-scale snow flurries. Concentrate the theming at the entrance and main sightlines, and do not rush to add real ice. With fewer systems, start/stop, maintenance, and scheduling are more straightforward; first complete the envelope sealing, drainage, and snow replenishment procedures, then decide whether to add interactive theming.
Second, if your site is 1,000 sqm and sells both snow play and ice skating, choose zoned refrigeration and insulation with unified ticketing. The ice surface and snow zone should be able to start and stop independently, avoiding a situation where one area is operating and another is forced to run at full load. Calculate snowmaking capacity based on the actual open area, and configure ticket counters according to the complete flow of admission, outfit change, storage, and zone-by-zone validation.
Third, if your site is 2,000 sqm with pronounced weekend peaks, choose grouped refrigeration and leave maintenance and spare capacity margin for snowmaking equipment. Do not configure ticketing based on annual average visitor traffic, and do not back-calculate annual revenue from full-load weekends. First separate weekdays, weekends, and maintenance days, then determine which zones can be shut down and which equipment must run continuously.
Let the average ticket price be P, uniformly converted to ten thousand CNY per visit; let average daily paid footfall be Q; let operating days per month be D; let monthly fixed operating costs be C; let the variable cost ratio be r; and let total investment be I. There are no universal measured values for ticket prices and footfall that can be applied directly; investors should fill these in under three scenarios: low, medium, and high.
| Variable | How to derive | Use in the model |
|---|---|---|
| P: Average ticket price | Weighted by the actual sales mix of tickets, packages, and secondary spending | Combined with footfall to form revenue |
| Q: Average daily paid footfall | Listed separately for weekdays and weekends, excluding free admissions and invalid entries | Do not use total visitors in place of paid visitors |
| D: Operating days per month | Net of maintenance, closure, and zone shutdown time | Adjusts effective monthly operating time |
| C and r | C includes rent, labor, base energy consumption, maintenance, etc.; r includes consumables and costs that vary with revenue | Calculates true operating cash flow |
| Payback month | Monthly operating cash flow M = P × Q × D × (1 − r) − C | I ÷ M, and M must first be greater than zero |
Break-even daily footfall can be written as Q₀ = C ÷ [P × D × (1 − r)]. Below this footfall, first adjust the ticket price structure, opened zones, or fixed costs; do not use weekend full-house imagery to fill the gap. For functional zoning and equipment presentation, refer to ice and snow case studies, but images cannot replace the load calculation and cash flow projection for this project.
First lock down the low-temperature zone area, whether real ice is included, ceiling height, and daily opening hours, then request itemized lists for the five systems. The three ranges are for preliminary screening only, all vary with configuration, and final costing is project-specific. Fill P, Q, D, C, and r into three low, medium, and high scenarios; if monthly operating cash flow is not positive, revise the operating model first. For projects that include real ice areas, incorporate insulation covers, zone-based start/stop, and ice thickness requirements into both equipment acceptance and operating procedures.
