Industrial & Manu­facturing Facilities

Our approach: Data-driven control instead of reactive maintenance

Metabuild brings structure to the complexity of industrial buildings. We create a digital twin that integrates building, technical systems, operations, energy and costs into a single, consistent model – with exactly the level of detail required for confident decision-making.

Instead of isolated assessments or static reports, this creates a robust control framework that clearly answers the questions that matter:

• Which systems and components are critical to operations and energy-intensive at the same time?
• Where do ageing assets create risks of failure, rising operating costs or efficiency losses?
• Which investments are unavoidable – and which can be postponed without increasing operational or energy risk?
• How can maintenance, modernisation, energy performance and budget planning be aligned intelligently?

This turns fragmented information into an integrated decision base for operators, asset managers and investors.

Maintenance planning focused on operational reliability and energy performance

In industrial buildings, maintenance determines not only availability, but also energy consumption, operating costs and CO₂ intensity. Metabuild systematically analyses asset conditions, remaining service lives and interdependencies – including their impact on energy use and system performance.

Maintenance thus shifts from a reactive cost factor to a strategic lever:

• fewer unplanned outages and production disruptions
• predictable maintenance windows with minimal impact on operations
• targeted investments that improve reliability, efficiency and cost performance at the same time

Investing at the right time – technically, economically and energetically

Refurbishments and replacement investments are among the largest cost drivers in industrial portfolios. Acting too late increases failure risks and energy costs. Acting too early ties up capital without creating additional value.

Metabuild links technical condition, cost cycles, energy effects and operational impact within one model. This makes it clear when each measure delivers the highest economic and energy-related benefit – aligned with production requirements and budget constraints.

Data management instead of spreadsheet chaos

Many industrial portfolios are still managed using scattered spreadsheets, isolated tools and historically grown data silos. Metabuild replaces this with a central, flexible data model that brings all relevant dimensions together:

• technical condition and remaining service life
• energy consumption and load profiles
• cost and investment pathways
• operational and regulatory risks

All information is consistent, traceable and continuously updateable. Data ownership remains fully with the owner or operator.

PV and on-site power potential as part of operational optimisation

Industrial and production buildings often offer extensive roof and façade areas suitable for photovoltaics. Metabuild evaluates PV and on-site generation potential not in isolation, but in direct relation to load profiles, technical systems and operational constraints.

This provides clear answers to:

• which self-consumption shares are realistically achievable
• how PV systems affect operating costs, peak loads and system operation
• which investments are economically viable – not just attractive on paper

Scientifically robust – designed for real-world industrial operations

Our methodology builds on more than eight years of practical experience and has been developed together with leading research partners. Metabuild combines dynamic building and energy simulations with detailed condition assessments, quantity take-offs and cost calculations.

The result is not theoretical modelling, but decision-grade evidence for the day-to-day reality of industrial operations.