Growing demands

Enabling more growth for data centers

As the backbone of the digital world, data centers are the foundation of an important part of today's lifestyle. They are responsible for social and cultural prosperity and for the unrestricted exchange of information on which we all depend. Data centers are nothing less than the new industry of our time – and that’s why they need a partner who can look at their entire lifecycle, from initial planning to services, and prepare them to meet any challenges that emerge. The Internet of Things, the growing world population, and increasing prosperity are causing the demand for computing power and data storage to grow exponentially worldwide. But the public power grid in many parts of the world can’t support higher energy consumption anywhere and at any time. As a result, power availability and quality have become competitive advantages for data centers. Costs play a role, and so does the responsibility for the quality of their day-to-day operations – not to mention the contribution of data centers to decarbonization and the energy transition. And finally, it’s all about continued growth through data storage and processing – and completely new business models to ensure their future success.

30 bn

increase in the number of IoT connected devices between 2020 and 2025

Source: Review42

0 %

global power demand growth by 2030 caused by data centers

Source: Springer

27 %

share of renewables in the power sector worldwide by 2030 

Source: IEA


Convincing benefits

A strong partner

When you’re considering installing and running an on-site power generation solution, you need a partner who knows their way around the energy business. A partner with Siemens’ reliability and expertise acquired over more than a century in all areas of power generation and transmission.
Fast and efficient

Make the most of industrial power

The power quality in the grid deteriorates with a growing renewable infeed. At the same time, the conditions for data center operators to reliably operate their core business are becoming increasingly difficult. Growing demands on availability are causing many operators to look for new ways to supply sufficient and reliable power. With the SGT-A05, we offer you an aero-derivative gas turbine that ramps up to full load in a mere 60 seconds while offering optimal fuel flexibility and hot restart capability.

Optimal flexibility

The SGT-A05 isn’t just the perfect turbine for baseload operation: Its more than 129 million operating hours speak for themselves, just like its 99.5 percent base load availability. Add to this a 100 percent demonstrated start reliability and you have a perfect base load machine and a turbine for peak power that can replace diesel gensets for an emergency power supply. In the latter case, the appropriate battery will provide sufficient power to bridge the first minute, until base load is reached. 

Packaged solutions

Typical data center scenarios

Depending on your specific needs, you can choose from six technology packages that each emphasize a different business goal. They cover every need, from the lowest possible capital expenditure to the highest availability and efficiency for both co-location medium-size data centers (up to 5,000 servers) and hyperscale data centers (more than 5,000 servers). All CO2 reduction data are derived from the 2017 EU-28 reference published by the EU.

With a typical power demand of 100 MW and 100 to 5,000 servers, colocation data centers require a reliable power supply as well as optimal power quality. Our engineers have configured three solution packages that help them achieve these and other goals.

Highest Efficiency Package

This solution package features 2+1 highly efficient gas turbines SGT-750, three generators, two HRSGs, and a steam turbine and its generator in combined cycle operation. Thanks to a vertical boiler concept, this solution requires very little space and is ideal for densely populated areas or wherever space is expensive. The solution package features fuel utilization up to 54 percent and reduces CO2 emissions by 45 percent. When comparing the capital expenditure of all three solution packages, the Highest Efficiency Package costs about 90 percent of the cost of the Highest Availability Package with its additional investment in redundancy. To support availability, the Highest Efficiency Package uses a 40-MW storage battery.

Highest Availability Package

Aimed at delivering the highest availability, this solution features 6+2 SGT-400 gas turbines and generators, six HRSGs, three steam turbines with generators, and a 15-MW battery storage system. Because of the horizontal boiler design and the large number of turbines involved, this solution requires a lot of space. It’s ideally suited for areas with weak power grids but plenty of affordable space. Its high availability and the required redundancies make this the solution with the highest CAPEX, even with its efficient fuel utilization of up to 52 percent and CO2 reduction of 43 percent.

Low CAPEX Package

With 2+1 SGT-800 gas turbines, three generators, and a 60-MW battery storage system, the Low CAPEX Package comes with a medium-size technical installation. Its simple cycle operation offers CO2 reduction of 25 percent and fuel utilization up to 40 percent, making it the ideal solution where fuel is cheaply available. Its capital expenditure is only 35 percent of that of the Highest Availability Package. The large storage battery helps serve peak load operation and supports back-up power for higher availability.

With a typical power demand of 250 MW and more than 5,000 servers, hyperscale data centers obviously need a lot of power at optimal quality and reliability. Our solution packages cover these requirements as well as other business goals.

Highest Efficiency Package

This solution package is based on a 2 x (2x1) + 1 concept, using five highly efficient SGT-800 gas turbines (4+1) and the corresponding generators. The exhaust heat is used in four vertical HRSGs to generate steam that drives another two steam turbines and their generators. Thanks to combined-cycle operation and highly efficient turbines, fuel utilization is up to 58 percent, which helps reduce CO2 emissions by 49 percent. The 60-MW battery storage systems provide uniform turbine operations and optimal power quality at all times. Despite the seven turbines and generators installed, the vertical boilers only require a medium-size space. In terms of CAPEX, this package costs 85 percent of the other two options for hyperscale data centers. So wherever fuel is expensive and space isn’t a problem, this package is a choice that’s well worth evaluating.

Highest Availability Package

This package combines the high availability of (6+1) SGT-750 gas turbines and the corresponding generators with the efficient economic and ecological properties of combined cycle operation. Six HRSGs generate steam from exhaust heat from the gas turbines to drive three steam turbines and their generators. A 40-MW battery storage system helps buffer power for peak load operation and power quality issues. Fuel utilization amounts to 54 percent, and CO2 emissions are reduced by 45 percent. The high availability and required redundancies make this the solution with the highest CAPEX (100 percent), and due to the horizontal boiler design and the large number of turbines involved, this solution needs a lot of space. As a result, this package is your first choice wherever the grids are too weak to support the growth of your business and where space isn’t a problem.

Low CAPEX Package

With 5+1 SGT-800 gas turbines and generators and a 60-MW battery storage system, the Low CAPEX Package requires only 40 percent CAPEX compared with the other two options. The solution uses a medium-size technical installation with simple cycle operation, offering CO2 reduction of 25 percent and fuel utilization up to 40 percent. So wherever fuel is cheap and readily available, this configuration has a lot to offer. Its large storage battery helps serve peak load operation and supports back-up power for higher availability.

How can gas turbine technology make your data center future proof?

More and more data – that’s the challenge for the data center industry, the factories of the twenty-first century. Captive on-site power generation can play an important role in ensuring maximum uptime and improving the operator’s competitiveness. Our gas turbine technology provides reliable, efficient, and sustainable solutions for on-site power generation.


More than a trend

Data centers with conventional designs use the public power grid as their main power source. As the public grids decarbonize due to an increasing integration of volatile renewable energy sources, the abundant availability of sufficient power decreases and voltage quality and frequency are increasingly compromised.

Power quality and grid stability as a bonus

Ultimately, this threatens the regular operation of data centers until balancing equipment and storage capacities are available in the public grid to absorb fluctuations and resolve the availability gap. Data center operators even have to take measures to protect their facilities from problems with the power grid, from premature aging of components in their power distribution system to the construction of appropriate energy storage facilities. At the same time, they need to decarbonize their own environmental footprint.


Compared with the public grid, on-site power generation can make a significant contribution to reducing a data center’s carbon footprint while stabilizing the power supply. If biogas or green hydrogen is used instead of fossil fuels, the power-related CO2 emissions can even be reduced to zero.

Use cases

Custom solutions

As much as we’d like to offer you package solutions for your on-site power supply, in our dialogues with global customers we’ve found that not all processes can be standardized. Therefore, the projects we present here are highly customized solutions. This underscores our ability to develop solutions for all of our customers’ special challenges.