Circular Transformation of Industries 2025
Page 19 of 32 · WEF_Circular_Transformation_of_Industries_2025.pdf
Capacity sharingArchetype 3
As capacity-sharing solutions reinvent
the business model, they should be
tightly aligned to the business strategy.
New product sales and long-running service
contracts still generate the largest share of
manufacturers’ profits today. While those business
models are unlikely to disappear, new circular
business models are emerging, unlocking lucrative
new markets. Capacity-sharing solutions, such as
product-as-a-service and pay-per-use, reinvent
the business model by increasing usage frequency
and often retaining ownership of products. These
models de-emphasize the sale of physical goods
and focus on the outcome that customers want.
While some disrupters have already proven the
viability of sharing models, established businesses
can struggle to adopt these new business models
as they face structural challenges. They often have
long-standing profit pools to defend, capital-intensive
assets for which they must maximize returns and a legacy of marketing the value of ownership. Yet,
there are examples where legacy players have
successfully managed to bridge the transition of their
capital structure to establish sharing models.
Capacity-sharing solutions are especially welcomed
by industries with products that involve high cost
and complexity of ownership, which have low
utilization and where technology must be kept
up to date. This is particularly true in industries
such as consumer technology hardware, heavy
industry, aerospace and defence, and machinery,
where such solutions are particularly advanced. In
aerospace, for example, fixing a broken engine can
take around six months, but owning spare engines
is expensive. Airlines, therefore, often pay a fee to
draw spare parts from a shared regional pool rather
than owning stock outright.
The businesses surveyed said they expect a
positive impact from capacity-sharing solutions
three years from now, but the size of the impact
varies significantly depending on product usage
behaviour.
GHG emissions: When capacity-sharing solutions
increase a product’s utilization and even increase
its useful lifespan, these solutions can reduce GHG
emissions. By sharing products among many users,
a reduced number of products is required to satisfy
customer demand. Additionally, the company
manufacturing the product has high product
expertise, so can maintain the product better and
extend its lifespan. While there are fewer products
in circulation with capacity-sharing models, the
manufacturers must retain ownership until the end of life. They must document end-of-life emissions
and their negative impact on their own Scope 1
emissions.
Resilience: Retaining asset ownership can increase
resilience as it gives businesses control to better
predict demand, manage resources and respond
to disruptions. Capacity-sharing models increase
financial resilience, when recurring revenue streams
provide a more stable and predictable income
compared to one-off sales models. Businesses
operating capacity-sharing solutions can stabilize
demand for resources through production load
balancing, even during periods of low equipment
sales. This can enhance supply-chain resilience,
improve supplier relationships and increase price
stability through long-term supply contracts.3.1 The value of employing capacity-sharing solutionsHigh-tech company Trumpf, for example, has
introduced a pay-per-cut business model,
where customers pay a fee for each metal part
cut, instead of purchasing the machine. Trumpf addresses the challenge of transforming its capital
structure and owning a large fleet of machines
by partnering with an insurer, which finances the
machines and bears the investment risk.
Circular Transformation of Industries: Unlocking Economic Value
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