Efficiency, Excellence, and a Greener Tomorrow
Leading the Way to Sustainable
Data Centers
Complex Cooling Systems
Rising Energy Costs
Environmental Concerns
Risk of Falling Behind
Data Center Dilemmas
Meeting Industry Challenges
Data centers face a conundrum: the need for relentless performance and the desire for environmental responsibility. Energy-hungry cooling systems pose an ongoing challenge.
From Pumps to Chillers
Cooling System Complexity
The main problem of complex cooling systems is the strong interdependence between the different components.
Hover over components in our schematic to uncover insights. Discover how every element, from pumps to chillers, plays a vital role in maximizing savings and reducing energy consumption.
Pumps play a crucial role in cooling systems, significantly influencing their efficiency.
For optimal performance, pumps should operate at an ideal setpoint, delivering the necessary mass flow precisely.
Adjusting the pump mass flow concurrently alters both the efficiency of the hybrid dry cooler and heat exchanger. It also affects the return temperature after the heat exchanger and thus the efficiency of heat dissipation in the chiller.
Determining the optimal balance is essential for enhanced system performance.
The energy efficiency of a hybrid dry cooler is highly influenced by environmental factors such as outside temperature and humidity, as well as inlet water temperature and mass flow.
Therefore, it's essential to dynamically adjust the fan speed to accommodate these variables.
The operation of the adiabatic system also significantly impacts energy demand and water consumption, requiring strategic management for optimized performance.
Pumps play a crucial role in cooling systems, significantly influencing their efficiency.
For optimal performance, pumps should operate at an ideal setpoint, delivering the necessary mass flow precisely.
Adjusting the pump speed concurrently alters the efficiency of the subsequent heat exchanger. It also affects the return temperature after the heat exchanger and thus the efficiency of heat dissipation in subsequent cooling system parts.
Determining the optimal balance is essential for enhanced system performance.
The primary objective of the cooling system is to supply cold air to the servers.
However, it is essential to regulate the air delivery based on actual temperature needs (demand-driven supply).
The efficiency of the computer room air handlers hinges largely on the inlet water temperature, mass flow, and the servers' inlet air temperatures.
Fan speeds should be adjusted to accurately identify and address all temperature hot spots within the server room.
Operating compression chillers is expensive due to their high energy consumption.
Their usage should be minimized, reserved for hot summer days when free cooling is insufficient.
Enhancing the efficiency of other systems should help reduce the operational time of compression chillers.
Moreover, by fine-tuning the pump speed on both the cold and warm sides, the chiller's individual efficiency can be optimized further.
The performance of the passive heat exchanger is profoundly impacted by the temperatures and mass flows on either side.
Achieving an optimal balance of these factors is vital for maximizing heat transmission.
Innovation at its core
Leading Experts in Energy Intelligence Solutions
- As engineers in charge of complex energy systems and more than ten years of supporting research, we collected extensive experience coordinating, installing, and operating large, complex energy systems made up of numerous different components.
- We've cracked the code to optimize complex cooling, heating and ventilation systems, delivering energy savings up to 50% while ensuring reliability and stability.
- As your trusted ally, we bring a wealth of expertise to the table, empowering your industry to achieve unparalleled energy efficiency.
Years of research and passion
Awards won
Installations
Average Energy cost savings per project
A Future-Proof Approach
Our Data Center Solutions:
Optimize, Forecast, and Monitor
Imagine having the ability to fine-tune every element of your data center’s operation, from energy consumption to resource allocation, in real-time. Picture confidently predicting energy needs and planning ahead, all while keeping costs in check. Envision a dashboard that provides a comprehensive view of your data center’s status, with insights to act on anomalies before they escalate.
With our data center solutions, this becomes your reality. Explore our Control Optimization, Energy Forecast, and Condition Monitoring solutions below to revolutionize your data center management, enhance energy efficiency, and promote sustainability.
Control Optimization
At etalytics, we use cutting-edge AI to unravel the intricacies of energy supply systems. Our AI algorithms are like digital detectives, analyzing data, revealing patterns, and spotting optimization opportunities.
We systematically root out energy waste, reducing costs and carbon footprints while giving you clear insights into improvements. The benefits are evident: lower expenses, reduced emissions, and agility in changing markets.
Energy Forecast
High-precision energy forecasts are a game-changer in the complex landscape of energy management. These refined forecasts open the door to a future marked by strategic brilliance, operational excellence, and sustainable success.
Energy Management
Connect to diverse monitoring systems like PLCs, BMS, or DCS using etaONE® for real-time data on operating conditions, flow rates, temperatures, and more. Harness the power of advanced analytics to set alerts, craft visually intuitive dashboards, and receive detailed reports directly to your inbox.
4 Simple Steps to Efficiency
Your Journey to Sustainable Data Centers
Our four-step optimization process is characterized by straightforwardness and expertise. It guides you seamlessly from the initial assessment to global implementation.
Schedule an appointment
1
Begin your journey by scheduling an appointment. Our team will assess your specific needs and challenges, laying the foundation for a tailored energy optimization strategy.
2
Get a free feasibility study that estimates your savings
We provide you with a complimentary feasibility study, estimating your potential energy savings. This step offers insights into the possibilities awaiting your data center.
Connect our platform and activate
3
Experience our platform’s power firsthand. Seamlessly integrate it into your data center’s systems, then activate our autonomous optimization engine. Witness your energy consumption becoming more efficient and cost-effective.
4
Roll out globally
After realizing the benefits at one site, it’s time to expand. Extend our solutions across your entire data center network, ensuring peak efficiency at every location.
The etalytics® Advantage
Innovative Solutions, Measurable Impact
Unmatched Energy Efficiency
Rapid Return of Investment
Sustainability Leadership
Reliability & Stability Assurance
Top-notch Project Management
Easily Scalable Solutions
Proactive Monitoring & Maintenance
Continuous Innovations & Regular Updates
Our solutions in action
Success Stories
Explore the real-world transformations achieved with etalytics. Dive into our inspiring collection of success stories where industry leaders have partnered with us to navigate the journey to excellence.
