All articles from Team PowerUP
Efficiency upgrades: the key to combating high energy costs in the data center
Demand for data is growing, while margins are shrinking. For operators, energy demand has long been the largest cost factor. This article explains why PUE is your most important guide and how you can significantly reduce operating costs in the data center through smart upgrades to building systems and gas engines – without costly new construction and with immediate ROI.
Green IT and energy efficiency: alternative fuels for green data centers
The data center of the future is more than just a data fortress – it's an active part of the energy transition. But the path to a "green data center" requires more than just renewable energy certificates. Learn how alternative fuels, hydrogen-ready engines, and innovative cooling technologies can minimize your environmental footprint while reducing operating costs.
Strategic spare parts supply for gas engines to prevent critical downtime in the data center
When a gas engine is down, every minute counts. But fast repairs often fail not because of the technicians' skill, but because a simple component isn't available. Read why "just-in-time" fails in a crisis and how you can drastically reduce delivery times for spare parts in the data center by strategically stocking Critical Spares and choosing independent partners.
Gas engine control system: AORA and EDI for maximum flexibility and real-time monitoring in the data center
In many high-tech data centers, analog equipment still runs in the basement: outdated motor controllers act as "black boxes" that conceal data and only report errors when it is too late. Read how you can regain full data sovereignty, enable predictive maintenance, and make your existing systems fit for the digital age by retrofitting them with AORA or EDI.
Know-how for technicians: PowerUP gas engine in-house training courses for trouble-free data center operations
A data center is only as reliable as the people who maintain it. Yet technicians are often confronted with highly complex gas engines and must rely on "learning by doing"—a risk for any critical infrastructure. Discover how tailored in-house training not only reduces the error rate but also turns your employees into confident experts in MWM and Jenbacher units.
Waste heat extraction and the role of air conditioning in the data center
Every watt of computing power produces heat, which is often costly to dissipate. For operators, the electricity required for cooling is a major expense. Read how you can break this cycle by intelligently using waste heat—either to provide on-site cooling with absorption chillers or as a revenue source in the district heating network. Transform your data center from an energy waster into an efficient energy converter.
Data center power supply: The role of gas engines and why stationary CHP systems are the foundation
In a world of volatile power grids, simply drawing power from the substation is no longer sufficient. For data center managers responsible for personal data and AI workloads, self-sufficiency is the new currency. Read why stationary combined heat and power (CHP) systems are replacing diesel generators and how combined cooling, heat, and power (CCHP) not only increases reliability but also optimizes PUE.
Compliance with laws and standards (e.g., KWKG, EEffG) in the data center
Things are getting tighter for data center managers: a flood of new regulations – from the Energy Efficiency Act (EEffG) to the KRITIS regulation – requires not only technical but also legal expertise. But those who know the rules can benefit. Learn how to avoid penalties, secure government subsidies via the KWKG, and make your facility audit-proof through smart upgrades.
Physical security, fire suppression, and emergency management in the data center
As the world focuses on cyber threats, physical dangers often lurk in the shadows. A fire or unauthorized access can destroy a data center in minutes. This article sheds light on the onion principle of physical security, modern gas-based fire suppression systems, and why fire protection in the server room must do without water. Secure your critical infrastructure holistically.
The Structure of a Data Center in Detail
A data center is far more than a hall full of servers. It is a highly complex organism in which power, cooling, and security must operate in perfect symbiosis. This article dissects the anatomy of a modern data center – from the "white space" and redundant cabling to the massive external backup power system. Get to know the building blocks that guarantee digital immortality.
5 of the largest Data Centers in the world: Giants and Underwater Innovations
From Nevada's most secure bunker to seawater cooling in Finland, discover 5 of the world's most significant data centers. Learn how giants like Switch, Google, and the NSA are pushing physical boundaries and why underwater innovations off the coasts of China and Scotland are the answer to the energy challenges of the future.
How to prevent overheating and thermal stress in data center operations
A gas engine in a data center must operate under extreme conditions. Rapid start-ups and sudden load spikes often cause severe thermal stress, leading to material fatigue. Learn why standard components often hit their limits here and how optimized cooling, intelligent monitoring, and heat-resistant upgrades can significantly extend the service life of your units.
Emission reduction made easy: NOx limits in data centers and PowerUPs compliance solutions
Stricter environmental laws are putting data center operators under pressure. Exceeding current NOx limits can lead to fines or even shutdown. Read how you can master the balancing act between high performance and clean air, and why in‑engine measures are often the more economical alternative to the expensive catalytic converter.
How Remote Maintenance of Gas Engine eliminates Unplanned Downtime in the Data Center
3 a.m. in the control room—and the engine has stopped? A nightmare for any operator. Read how modern remote maintenance is revolutionizing the traditional service process and eliminating travel time. Learn how secure data connections bring expert knowledge directly to your engine room and solve problems before the technician even gets in the car.
Cylinder Head Optimization: Maximizing Combustion Chamber Reliability for Data Center Gas Engines
The cylinder head is the most highly stressed component in a gas engine. Extreme pressures and temperature fluctuations often cause cracks in standard parts, resulting in immediate failure. Learn how to achieve maximum combustion chamber reliability for data center gas engines through design optimizations, improved alloys, and smart refurbishment strategies.
Used Gas Engines: Purchase, Sale, and Refurbishment of Data Center Gas Engines
In an industry marked by supply bottlenecks and cost pressures, the market for "Second Life" aggregates is becoming increasingly attractive. A used engine is not scrap metal, but a strategic resource. Learn how you can generate liquidity by selling decommissioned equipment or save significantly on investment costs by purchasing refurbished machines without compromising reliability.
The organisational structure of a data center
A modern data center resembles a high-performance company, with hundreds of processes running in parallel. A strict structure is required for this to succeed. Read about how the separation between physical systems engineering and digital systems management works and what career opportunities the apprenticeship in information technology offers in this exciting environment.
60,000 operating hours reached? Why a major overhaul of your gas engine now ensures CHP uptime
Is your gas engine approaching the 60,000-hour mark? Instead of costly new investments, a general overhaul offers an efficient alternative for data centers. Learn how the short-block method reduces costs, minimizes downtime, and secures your system's long-term performance through technical upgrades.
From short block to genset: Which general overhaul option is right for your data center?
When a gas engine reaches the end of its service life, data center operators face a complex choice. Is replacing the short-block sufficient, or must the entire genset be replaced? This article examines the pros and cons of short-block, long-block, and complete genset replacement. Find out which strategy minimizes downtime and protects your budget.
The Future of Data Center Energy: What We Can Learn from Google, Amazon, and Microsoft
Artificial intelligence's appetite for energy is forcing hyperscalers to take radical steps. While Microsoft is reactivating nuclear power plants and Google is turning to geothermal energy, the software in the server room often determines efficiency. Read what we can learn from the giants' strategies and how you can future-proof your own infrastructure with virtualization using Windows Server Datacenter and robust backup systems.
Data Centers in Focus: The Economic Importance and Energy Demand of Modern Data Centers
Data centers are the beating heart of the digital economy, but their exponentially growing energy demand presents operators with historic challenges. This comprehensive guide examines the critical infrastructure of modern data centers — from architecture and hyperscaler strategies to self-sufficient power generation using gas engines.