Energy for industry
Concentrate on your core business – while we manage power, steam, heating, and cooling
When power, steam, heating, or cooling are available to meet demand at all times, you have the ideal conditions for industrial manufacturing processes in your plant. In addition to greater competitiveness, efficient energy systems and facilities for industrial processes play a key role in decreasing operating costs and emissions. Are you ready for the future?
As an Original Equipment Manufacturer (OEM), our entire portfolio of products and solutions is at your disposal to supply reliable, economical, and environmentally efficient energy – for example with residual gases. Siemens Gas and Power translates our company’s in-depth expertise with industrial processes into fit-for-purpose energy solutions and develops customized end-to-end business models along the entire plant lifecycle. Together we’ll shape the future of industrial energy.
This means that Siemens is also an Original Equipment Consultant (OEC). Analyzing all processes lays the foundation for investigating potential and defining all Siemens manufactured system components. Our comprehensive services – from planning and commissioning to lifecycle services – complement the generation of power, steam, heating, and cooling and power transmission.
To improve your competitiveness, we work with our customers to co-create an optimal, future-proof energy system that’s grounded in our deep expertise with industrial processes, the energy sector, and business modeling, including financing.Dr. Stefan Diezinger, Vice President Industrial Business
Industrial processes: Understanding the issues
Understanding our customers is key! With Siemens Gas and Power Original Equipment Consultancy, our customers get just the support they need for a stepwise “green revolution” – in but not limited to heat-driven process industries.Thomas Tiemeyer, Manager Industrial Business Sales
Reliable energy supply for industrial processesAccording to the International Energy Agency, industry is responsible for approximately 38 percent of total worldwide energy use. This means that a secure, sufficient, and sustainable energy supply is a key factor in the well-being and growth of our societies, while increased efficiency has a positive impact on the competitiveness of nearly all industrial sectors. And for some industries, becoming a prosumer – consuming, producing, and controlling self-generated energy – creates new business opportunities, including feeding excess power and heat into local grids and/or providing grid services.
Fiber industries on their way to decarbonization - find the right energy system design
How can fiber industries further reduce their energy consumption in both power generation and operational processes? Let us look at a real customer case. The webinar also shows how the energy system (thermal and electrical power) can be optimized.
Grid infeed: Power supply systems in flux
Cost efficiency, grid stability, sustainability, and resource efficiency are the most important requirements for today's energy systems. By using new components, communication technologies, and innovative network concepts, power supply networks are being transformed into highly digital and automated smart infrastructures.
How can gas turbine technology make your data center future proof?
More and more data – a challenge for the data center industry, the factories of the 21st century. Captive on-site power generation can play an important role in ensuring maximum uptime and improving the operator's competitiveness. With our gas turbine technology we provide reliable, efficient and sustainable solutions for on-site power generation.
Breaking ground: New Evonik gas power plant will cut CO2 emissions by up to one million metric tons per year
Industrial innovation with a climate-friendly footprint. We celebrate the ground-breaking ceremony for Evonik’s new CHP plant at the Marl Chemical Park! 🎉 In 2022 it will replace the site’s last coal fired power plant – saving up to 1 million tons of CO2 emissions: