Why Siemens Energy Is Becoming a Customer of Startups
SIGNAL | Europe spends enormous amounts of energy discussing how to finance its startups. Siemens Energy is experimenting with another part of the problem: becoming their customer.
A startup can have technology, talent and capital — and still struggle to scale. Especially in energy and industrial technology, something else is needed: a serious customer willing to test the technology inside a real industrial system. Siemens Energy has built a mechanism specifically for that. It is called Venture Clienting.
Siemens Energy Ventures, founded in 2020, combines traditional venture capital with a second model: acting as an early customer for startups whose technologies can solve concrete problems inside the company. Siemens Energy says the model gives startups a real-world environment in which to validate and scale their solutions.
The distinction looks operational. It is strategic.
🟦 What exactly is Venture Clienting?
Traditional corporate venture capital begins with an investment question: Should we buy shares in this company? Venture Clienting begins somewhere else: Can this technology solve one of our problems? That changes the relationship.
Siemens Energy does not need to become a shareholder before it can work with the startup. It can first become a customer. Its Venture Clienting teams connect clearly defined internal business challenges with startup technologies, then help promising solutions move through testing and adoption.
For the startup, that provides something an investment alone cannot offer: a real industrial environment, commercial feedback and validation from a major industrial customer. For Siemens Energy, it creates access to external innovation without requiring an equity transaction to come first.
🟦 What does that look like in practice?
Consider Percepto. A Siemens Energy team responsible for a 73-megawatt gas-fired power plant wanted a better way to inspect the site. Manual inspections were time-consuming and could not guarantee that every problem would be detected.
The Venture Clienting team helped identify autonomous-drone startup Percepto, which develops technology for industrial inspections. The drones conduct frequent inspections, collect high-quality visual data and use AI and deep-learning algorithms to analyse the results and identify faults. They can also operate remotely, reducing the need for employees to perform some inspections physically on site.
Siemens Energy’s Venture Clienting team helped develop the business case and supported the demonstration, pilot and adoption process. The technology worked. And that changed the relationship.
🟦 What happens after the pilot succeeds?
This is where Venture Clienting becomes more interesting than a corporate innovation experiment. Percepto was not simply placed in an innovation showcase. Its technology was tested on actual energy infrastructure.
After the deployment at the power plant demonstrated that the system could minimise downtime, improve productivity and increase safety, Siemens Energy began scaling the technology globally within its organisation.
One industrial problem had led to a startup. One pilot had produced validation. And validation had created a route towards much greater scale.
🟦 Could a customer sometimes be more valuable than an investor?
For some industrial technologies, yes. Capital can finance engineers, manufacturing, software and expansion. But capital does not automatically prove that a utility, factory, grid operator or infrastructure company will actually use the technology.
A serious first customer provides something different: revenue, validation, technical feedback, credibility and a reference for the next customer. In industrial markets, those can be among the hardest assets for a young company to acquire.
The first customer does not replace capital. It makes capital more useful.
🟦 So does Siemens Energy no longer invest in startups?
It does both. Siemens Energy Ventures currently describes two central approaches: Venture Clienting and Venture Capital.
Through Venture Capital, it invests in startups across the energy and industrial ecosystems and offers access to R&D expertise, manufacturing knowledge and networks of customers and suppliers.
Through Venture Clienting, it acts as an early customer, testing and adopting startup solutions against defined internal business challenges.
Together, those mechanisms create an interesting sequence: Capital can fund the technology. Procurement can prove it. Industrial scale can spread it.
🟦 What does this tell us about Europe’s scale-up problem?
Europe’s innovation debate increasingly focuses on capital. Larger growth funds. Deeper capital markets. More institutional investment. More European money flowing towards European technology.
All are important. But somewhere between the laboratory and the stock exchange sits another institution that receives far less attention: the customer.
Europe already possesses large industrial companies, utilities and infrastructure operators capable of testing emerging technologies in real industrial environments. That purchasing power could itself become part of Europe’s innovation architecture. And a pattern is beginning to emerge.
Bosch shows how industry can help create ventures. Airbus shows how strategic capital can connect technology to an industrial ecosystem. Siemens Energy shows something simpler: industry can become the customer.
Different mechanisms. Different stages. The same underlying question: How does Europe turn technological capability into industrial scale?
The Signal
Europe may not only have a capital problem. It may have a first-customer problem.
Building deeper capital markets can help companies scale once investors recognise their value. But somebody still has to prove that the technology works in the field.
Sometimes the most decisive institution in an industrial ecosystem is not another venture fund. It is the first serious customer.
Credit
Illustration: Altair Media / AI-generated
Caption
From capital to customer: Siemens Energy’s Venture Clienting model allows startup technologies to be tested against real industrial challenges — turning procurement, validation and industrial scale into part of the innovation architecture.
