1. Commercial Strategy: Power Is the Quiet Cost Line

Electrical design is usually handed to the contractor and forgotten until opening night. In an active entertainment venue the math is less forgiving than in a shop or an office: twelve VR simulators, four bowling lanes, an interactive LED floor, thirty dart and arcade cabinets and a kitchen all draw from the same service, and they peak at the same time on Saturday night. When the main breaker trips at 8:45 p.m., the venue does not lose one circuit; it loses the entire floor during the busiest hour of the week.

The decision comes down to the hardware on the floor. The VR arena anchors the layout, the LED dance floor drives the repeat visits and the electronic dart machine adds the premium layer, and each one is matched to the space and the budget this guide covers.

This guide sizes the electrical system for a representative 1,000m² venue built from NextPlay equipment zones. It walks through the zone-by-zone load schedule, explains the three-phase feed decision, models the annual power bill and the demand charges, and closes with a seven-step power plan you can hand to your electrical contractor before the lease is signed.

The headline numbers: the model venue carries about 140 kW of connected load, consumes roughly 263,000 kWh per year, needs a three-phase 380V service, and every circuit should run under an 80 percent continuous-load ceiling.

2. Zone-by-Zone Load Schedule: Where 140 kW Actually Goes

The table below is the master load schedule for the 1,000m² model venue. Connected load is the nameplate total of every device in the zone; running hours are the realistic daily operating window; the annual consumption figure uses a typical duty cycle rather than full-nameplate operation.

Three observations matter before you call the utility. First, HVAC is the single largest line: 45 kW of connected load and about 65,000 kWh per year, more than any entertainment zone. Second, the VR zone is the densest: thirty kilowatts packed into a few hundred square meters, which is why it gets its own subpanel. Third, the LED grid looks small at 5.2 kW but draws hard on one circuit, so it needs a dedicated feed rather than a shared branch.

A connected load of 140 kW does not mean the venue draws 140 kW constantly. The diversified peak, when every zone runs at high duty on a Saturday evening, lands near 118 kW. Feed sizing starts from the connected total, not the average.

3. Single-Phase or Three-Phase: The Feed Decision

The single decision that shapes the whole installation is the service type. A single-phase 220V service works for a small lounge with a dart machine and two arcade cabinets. At 140 kW of connected load it is not an option: the current on each leg would exceed the capacity of any practical cable, and the breaker panel would need dozens of parallel circuits.

The model venue requests a three-phase 380V service with a main feed sized at 160 kW, about 15 percent headroom over connected load. Three-phase spreads the load across three legs, cuts the current per conductor by roughly a third, and is the standard industrial feed that entertainment equipment, HVAC packs and kitchen loads are designed for.

Confirm the local utility's three-phase availability and tariff before signing the lease. In many regions the application window is four to eight weeks, and the site survey, transformer sizing and meter placement must all be locked before fit-out starts.

4. The Equipment Behind the Load Schedule

Every zone in the load schedule maps to a product line with documented power requirements. The three systems below are the anchors of the model venue.

2.5 KW EACH

VR 360 Motion Chair

Single-seat VR roller coaster simulator drawing about 2.5 kW per unit; the densest power load per square meter in the venue and the first zone to trip a shared circuit.

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5.2 KW / 40 M2

Infinity Grid LED

Interactive LED dance floor at 5.2 kW for a 40 m² grid; bright enough for hero positioning yet light enough to run on a single 16 A dedicated circuit.

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4 KW PER LANE

Duckpin Bowling

Space-saving duckpin bowling at about 4 kW per lane including pinsetter, scoring and ball return; the predictable base load that anchors a venue's daily demand curve.

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5. Financial Model: What 263,000 kWh Costs Per Year

At a blended commercial rate of about 12 cents per kWh, including demand charges, the model venue spends roughly $31,600 per year on electricity, close to $2,640 a month. The line is not optional, but the way the service is sized decides whether it stays a fixed cost or becomes a recurring risk.

• **Energy cost:** 263,232 kWh at $0.12 blended = about $31,600 per year for the 1,000m² venue.
• **Demand charge exposure:** commercial tariffs bill the monthly peak; exceeding the contracted peak by 10 kW for one billing cycle adds roughly $1,440 to that month alone.
• **One Saturday outage:** a 45-minute main-breaker trip on the VR zone costs about $1,600 in lost rides plus refunds and vouchers, before staff time.
• **Feed upgrade at fit-out:** $18,000 to $25,000 for the three-phase service, transformer and subpanels when sized during construction.
• **Retrofit after opening:** three to four times the upfront price, plus two weeks of partial closures and permit rework.
• **Payback:** proper sizing covers its own cost within 9-12 months of avoided outages and demand penalties alone.

The asymmetry is the point. Sizing the feed once costs tens of thousands; re-feeding a live venue costs more than the original installation and cannot be done at peak hours. The cheapest electrical upgrade in the industry is the one installed during fit-out.

6. The Power Plan: Seven Steps Before You Sign the Lease

Hand this checklist to the electrical contractor and the utility contact together. Every step is a decision that cannot be reversed after opening.

1. **Load schedule per zone:** list every device's nameplate watts, grouped by zone, before any design work starts.
2. **Peak profile:** estimate the Saturday-evening duty cycle of each zone and sum the diversified peak.
3. **Feed size:** size the service at connected load plus 15-20 percent headroom, not at the average draw.
4. **Per-zone subpanels:** give the VR zone, bowling, LED grid and kitchen each a subpanel with spare slots.
5. **Breaker ceiling:** never load a circuit above 80 percent of its rating for continuous operation.
6. **Dedicated circuits:** LED grid, scoreboards, kiosks and back-office servers each get their own branch.
7. **Utility application:** submit the load letter and three-phase request four to eight weeks before fit-out.

The plan converts electrical design from a contractor's guess into a numbered contract item. When the contractor can price each step, the venue gets a predictable install and a service that survives its first peak weekend.

7. Frequently Asked Questions (FAQ)

8. Conclusion: Size the Feed Once, Grow for Free

Every zone in an active entertainment venue is a machine that draws power at the exact hour guests are most excited. The venues that stay online on Saturday nights are not the ones with lucky breakers; they are the ones whose load schedule, feed size and breaker ceilings were decided before the first wall went up.

NextPlay supplies the equipment zones behind this load model: VR simulators, interactive LED floors, duckpin and full-size bowling, all documented with their power requirements so the electrical contractor can price the installation accurately. Contact NextPlay for the zone-by-zone equipment and power plan for your venue.