The Core Insight
Every immersive experience — whether a theme park ride, a VR arcade session, an immersive theatre production, or a museum installation — consumes energy and occupies space to produce a moment of human experience.
Energy is the universal input. It powers the projectors, the haptic suits, the climate control, the lighting rigs, the compute. Unlike labour hours or capital expenditure, energy consumption is measurable in real time, comparable across venues, and physically grounded.
The Immersive Experience Economy framework takes this insight and derives three unit economics metrics that make experience businesses legible.
Metric 1: NPS / kWh
What it measures: How much guest satisfaction each kilowatt-hour of energy produces.
Components:
- NPS (Net Promoter Score): A standardised measure of customer satisfaction and loyalty, ranging from -100 to +100. Widely adopted, easily surveyed, and already in use across hospitality, entertainment, and retail.
- kWh (kilowatt-hour): The total energy consumed during the experience delivery period — including HVAC, compute, lighting, audiovisual systems, and any interactive or immersive technology.
Why it matters: Two venues might both score NPS +60. But if one achieves it with 200 kWh per session and the other with 50 kWh, they have fundamentally different experience efficiencies. The second venue produces four times more satisfaction per unit of energy.
How to read it:
- High NPS/kWh — the experience is lean and impactful. Energy is well-spent.
- Low NPS/kWh — the experience is energy-hungry relative to the satisfaction it delivers. There is waste, or the experience design does not justify its energy footprint.
Metric 2: € / kWh
What it measures: How much revenue each kilowatt-hour of energy generates.
Components:
- € (revenue): Total revenue generated during the measurement period — ticket sales, merchandise, food and beverage, sponsorship, licensing, or any other income directly attributable to the experience.
- kWh (kilowatt-hour): Same energy consumption figure as above.
Why it matters: Revenue per square metre is a common retail metric. Revenue per employee is standard in services. But for immersive experiences, where the product is manufactured from energy and space, revenue per kilowatt-hour captures the actual conversion efficiency of the core production input.
How to read it:
- High €/kWh — the venue monetises its energy consumption effectively. Each kilowatt-hour produces strong commercial returns.
- Low €/kWh — the venue spends energy that does not convert to revenue. Either pricing is too low, throughput is insufficient, or the experience consumes more energy than its commercial model can support.
Metric 3: m² (Scale Multiplier)
What it measures: The physical footprint of the experience venue, used as a scaling factor in the master metrics.
Why it matters: Immersive experiences are inherently spatial. A VR headset experience in a 4 m² booth and a theme park attraction spanning 2,000 m² operate in fundamentally different regimes. Physical footprint captures this difference.
Space is not just a container — it is a production input. Larger spaces enable more simultaneous guests, more complex experience design, and more environmental storytelling. But they also cost more to climate-control, light, and maintain.
How it functions: Unlike NPS/kWh and €/kWh, the square metre figure is not a ratio. It is a multiplier applied to the efficiency metrics to produce the master metrics. This reflects the reality that spatial scale amplifies both the opportunity and the cost of immersive experience delivery.
The Master Metrics
The three base metrics combine into two master metrics that provide a complete picture of experience economics:
Commercial Yield tells you how efficiently a venue converts its physical space and energy into revenue. A venue with high €/kWh and large m² has enormous commercial yield — it monetises energy effectively at scale.
Experience Yield tells you how efficiently a venue converts its physical space and energy into guest satisfaction. A venue with high NPS/kWh and large m² delivers powerful experiences at scale.
Reading the Metrics Together
The real diagnostic power emerges when you read both master metrics together:
| Commercial Yield | Experience Yield | Interpretation |
|---|---|---|
| High | High | The ideal: commercially successful and experientially excellent |
| High | Low | Commercially efficient but experientially underwhelming — the guests pay but do not love it |
| Low | High | Experientially excellent but commercially inefficient — beloved but unsustainable |
| Low | Low | Neither commercially viable nor experientially compelling — fundamental redesign needed |
This two-axis diagnostic applies to individual venues, to portfolios, and to entire segments of the immersive experience industry. It provides a common language where none existed before.
What Energy Captures That Other Denominators Do Not
Why not use labour hours, capital expenditure, or guest count as the denominator?
- Labour hours vary wildly by automation level and local labour markets. They are not comparable across geographies or technology generations.
- Capital expenditure is a one-time event, not an operational flow. It does not reflect the ongoing cost of delivering experiences.
- Guest count is an output metric, not an input metric. Using it as a denominator creates circular reasoning.
- Energy (kWh) is a universal physical quantity. It is metered, comparable, and flows continuously during operation. It captures the actual resource consumption of experience delivery — and it aligns naturally with sustainability objectives.
Energy is the honest denominator.