For whom
Typical use cases
Colocation & Service Provider
Rapid capacity expansion, standardized operating and maintenance processes.
Enterprises & Government Agencies
Secure, auditable design – compliant with EN 50600, ISO 27001, and C5 certification standards.
KI/HPC
High power densities, flexible cooling options, scalable energy infrastructure.
Edge & Industry
Compact units, short paths to the data source, modular expansion.
Good reasons to choose innovIT
Why is innovIT the right choice?
Datacenter in a Day for rapid capacity expansion. Specialized AI modules for machine learning workloads. Compact PowerPods as high-performance power hubs.
We provide the complete infrastructure for modern data centers and AI applications.
Advantages
Why modular construction?
Speed & Predictability
Projects become easier to plan and more likely to meet deadlines—especially when using repeatable modular designs.
Efficiency & Operations
Energy efficiency is built into the design: optimized airflow, intelligent cooling solutions, and continuous monitoring. PUE values below 1.15—depending on the load profile and location.
Availability & Error Domains
Modular architecture limits outages to individual areas. Redundancies can be planned in a targeted manner: N+X concepts, separate supply routes, and clearly defined fire and safety zones.
Scalability & Future-Proofing
Capacity grows gradually in line with demand - from a single module to a multi-megawatt infrastructure. No upfront financing for unused space.
Overview of Module Types
Modular concepts – one system, multiple size options
Depending on the application, modules differ primarily in power density, cooling design, installation/permit requirements, and scaling strategy.
EDGE Module
What is it for?
Edge modules are ideal for locations where computing power is needed directly on-site. They provide IT capacity right where data is generated and needs to be processed.
Typical use cases include manufacturing facilities, research institutions, telecommunications infrastructure, logistics centers, and regional IT sites. Applications such as IoT platforms, real-time analytics, and AI-based processes also benefit from a local data center infrastructure.
Core idea
The core concept behind edge modules is the decentralized provision of computing power. Data is processed closer to the application, which reduces latency and enables systems to operate efficiently.
AI Module
What is for?
AI modules are suitable for applications that require very high computing power and the processing of large amounts of data. They provide the technical foundation for GPU clusters, machine learning workloads, and data-intensive analysis processes.
Typical use cases include AI training, high-performance computing, research projects, industrial data analysis, and platforms for large data models. Companies that develop or operate their own AI applications also require infrastructure specifically designed to meet these requirements.
Core idea
The core concept behind AI modules is a data center infrastructure designed for high power density and continuous operation. Architecture, power supply, cooling, and security are integrated into a single system, enabling the stable operation of high-performance AI workloads.
Multi-Megawatt Module
What is for?
Multi-megawatt modules are suitable for applications with very high energy and power requirements. They provide the infrastructure for large data center capacities where power supply, cooling, and IT space are designed to handle several megawatts of power.
Typical applications include large cloud and colocation infrastructures, AI clusters, high-performance computing, and digital platforms with rapidly growing data volumes. Companies with extensive IT landscapes and data center operators also rely on multi-megawatt infrastructure.
Core idea
The core concept behind multi-megawatt modules is the rapid deployment of large-scale data center capacity using a modular design. Architecture, power supply, cooling, and security infrastructure are designed as an integrated system. This results in scalable data center structures that can be expanded step by step up to the multi-megawatt range.
PowerPods
What is for?
Power Pods are compact, all-in-one power centers designed for data centers and IT infrastructures. They combine a transformer, medium-voltage switchgear, an emergency power generator, and low-voltage main distribution in a single integrated unit. The power centers are designed as modules or skids and can be quickly integrated into existing buildings or new data center infrastructure. This creates a high-performance and scalable power supply for servers, cooling, and technical infrastructure.
Core idea
The core concept behind Power Pods is a preconfigured power infrastructure for data centers. Power supply, protection, and distribution are integrated into a single system, enabling rapid deployment of new IT capacity and flexible expansion of existing sites.
Smart Renovation
What is for?
Smart retrofitting is ideal for existing data centers whose infrastructure needs to be adapted to new performance requirements. Increasing power densities, higher energy demands, and new applications require modern power and cooling systems as well as a more efficient technical infrastructure.
Typical applications include the modernization of existing data center sites, adaptation to higher IT performance requirements, or the expansion of existing facilities. In these cases, existing buildings and infrastructure are specifically upgraded without undertaking a complete new construction project.
Core idea
The core concept of smart retrofitting is the sustainable transformation of data centers. Following the principle of upcycling rather than new construction, existing structures are modernized and brought up to the latest technical standards.
Highly available energy systems, EnEfG-ready cooling technology, and intelligent monitoring can be integrated in a modular fashion. Solutions range from compact IT safes to the complete expansion of a data center, creating a scalable, energy-efficient infrastructure for long-term operation.
How We Work
From planning to operation - a structured process
Analysis & Vision
Load profiles, power densities, availability requirements, site parameters.
Concept & Architecture
Module class, cooling, power path, safety/certification objectives.
Delivery, Installation, Commissioning
Standardized procedures tailored to the location and grid connection.
Operation & Optimization
Monitoring, maintenance, and (optional) remote operation/support.
News at a Glance
Our News & Upcoming Events
Commvault Shift Roadshow Mainz
Hands-on AI infrastructure. On February 26, 2026, the innovIT team showcased its walk-in AI module at the Commvault Shift Roadshow in Mainz. Visitors were able to experience the modular data center infrastructure up close, examine the racks, discuss cooling systems, and check performance metrics.
Many intended to just take a quick look. Most stayed significantly longer.
Mobile World Congress (MWC) Barcelona
The Mobile World Congress in Barcelona (March 2–5, 2026) showcases the direction of digital infrastructure development every year. This year, one topic clearly took center stage: AI is growing faster than the infrastructure meant to support it.
