Automation solutions enable you to produce faster, more flexibly and more economically – but they also consume a lot of energy. Whether for the generation of compressed air in pneumatic systems or for the operation of electrical components. We support you in making your automation as energy-efficient and CO₂-neutral as possible: for example, with the MSE6 energy efficiency modules or our TÜV-certified Energy Saving Services. Savings potential of up to 60% can even be achieved. Do something good for your company and our environment. Here, we show you how to do it.
Festo has been pushing the issue of energy efficiency in all areas for decades – in Festo itself, through research projects, in cross-industry committees and with a range of solutions geared towards sustainability.
For more sustainability in automation, we support you in four core areas: our products & solutions have the greatest impact on your energy balance and the protection of our climate. Our portfolio is sustainable in production, operation and at the end of a long use phase. We support you with digital tools for the engineering of energy-efficient systems. With our services, you can exploit savings potential in your compressed air system, and our basic and further training offering provides your current and future specialists with the knowledge for sustainable actions. Improve your energy efficiency and productivity with us. We are your partner on the way to CO2-neutral production.
Your applications work most efficiently when they are tailored exactly to your individual requirements. You create the basis for saving energy sustainably by selecting the right technology and optimally dimensioned components. Take advantage of our numerous engineering tools that make your life easier.
Sustainability in automation starts from the design of your system. By deciding on the right drive technology, you can follow the most energy-efficient course over the entire operating time. Criteria like dynamic response, force, control characteristics, load stiffness and, of course, economic efficiency always play an important role in the selection. An appropriate combination of both technologies is, in many cases, the best solution.
Electrics – energy-efficient for dynamic movements
Electric automation technology offers energy-efficient solutions for highly dynamic, linear or rotary multi-axis movements in flexible configurations – very precisely and with great force.
Pneumatics – energy-efficient holding, clamping and tensioning applications
This low-cost and low-maintenance technology permits energy-efficient movement between two end positions, for example in holding, tensioning, clamping and pressing applications. Simple and robust pneumatics can be found in nearly all automation technology segments.
Servo-pneumatics – energy-efficient with large loads
Servo-pneumatics is an energy efficient and attractively priced technology if you need to position heavy loads ranging from 15 kg to 300 kg. Drive packages based on this technology are characterized by fast switching from position control to force control and gentle travel to positions.
Before you select a technology for your system, you should know how high the CO2 consumption will be in the operating phase, and what total cost of ownership (TCO) you can expect in the future.
With our CO2 & TCO Guide, you can compare electric and pneumatic actuators from our product portfolio. The tool clearly displays the energy consumption, CO2emission, the acquisition costs and the total cost of ownership; it thus offers you a valuable decision-making tool based on the most important factors.
Intelligent engineering focuses on a perfectly adapted sizing of components and selection of the optimal control concept.
Our digital engineering tools facilitate the energy-efficient design of your systems. With the demand-oriented sizing of pneumatic drives, up to 40% of the air consumption of an application can be saved, for example. Evaluation tables, cost calculators and simulation software help you make the right decisions right from the start and to optimize the systems for your specific applications.
Energy efficiency and sustainability start in your employees' heads. Festo Didactic is a leading global specialist in technical education. We provide today's and tomorrow's professionals with the awareness and skills necessary to discover and consistently exploit savings potential in their work – from the design of your systems to their everyday operation.
There are many starting points for significantly increasing the energy efficiency and thus also the productivity of your systems. From holistic planning of new systems to simple measures during operation. With the following energy-saving tips for pneumatic and electric automation solutions, you will take a large step towards the goal of CO2-neutral production.
Measures for energy efficiency start with planning. A carefully deliberated selection of the actuator type, which is best suited for the application, is decisive. Single-acting cylinders or a pressure-reduced return stroke can noticeably decrease compressed air consumption. Use pressure regulating plates and pressure regulators. For long standstill times, servo/stepper motors with holding brake are recommended, for example.
Festo engineering tools help you to select the right product for your application.
Energy consumption depends largely on the design of the actuators: above all, oversized actuators must be avoided. The smaller the actuator, the more energy efficient it is.
Moving a weight demands energy. Therefore, pay attention to a low moving mass, e.g. through correct sizing, combining components and choosing lightweight products.
The less friction, the lower the energy losses and the longer the service life. For sustainable operation, it is best to use low-friction components.
In many applications electric drives not only have to accelerate loads, they have to actively decelerate them as well. This braking energy can be reused under certain circumstances, for example with a DC link coupling, thus making it possible to save electrical energy.
In applications where acceleration and deceleration phases of different drives coincide, you can couple the DC links of the controllers and store the braking energy there. The motor controller CMMP-AS helps you do this.
In some work cycles, the energy supply can be temporarily stopped – for zero energy consumption and zero leakage.
In electrical automation technology, optimum controller settings with flat acceleration ramps reduce energy consumption and minimize vibrations.
Constant vacuum pressure is not absolutely necessary for reliable holding of objects. Continuous air consumption can be avoided by using an air-saving circuit, especially in the case of smooth surfaces and non-porous material. The goal is: vacuum only when necessary.
The vacuum generator OVEM and the vacuum generator VADMI with intelligent vacuum monitoring only generate a vacuum when it is needed and can switch off automatically. Savings amount to roughly 60% of previously required volumes of compressed air.
There are different possibilities for reducing the pressure level and thus lowering energy costs.
Good compressed air treatment not only extends the lifetimes of components and systems, it increases productivity and industrial energy efficiency at the same time as well. Diligence in this regard pays off in a lasting manner. Our service unit component series MS offers matching solutions, including in the mix of sizes.
You can find out more about selecting optimum service unit combinations in our white paper "Compressed air preparation in pneumatics (PDF)"
Many tubes between the valves and actuators are too long and increase compressed air consumption through what is called dead volume. This unproductive air also has a negative effect on the cycle time of the system. The dead volume in the tubing frequently accounts for a large percentage of overall consumption, especially where actuators or grippers with small volumes are involved.
Don‘t forget that leaks which go unnoticed cause unnecessary energy costs 24 hours a day. We know from experience that the leakage rate of existing systems can be reduced by up to 20%. Therefore, regular examination of the compressed air system including leakage detection is important.
You can find even more energy saving potential in compressed air systems in our white paper "Cutting energy costs in compressed air system by up to 60% (PDF)"
Install continuous energy monitoring and check the compressed air consumption. Fundamentally, all sources of energy should be monitored by means of sensor technology, above all with flow sensors in the pneumatic system.
Would you like to know in detail? Comprising 144 pages, we offer you a structured collection of Tips and tricks for saving energy in pneumatics (PDF) which you can download.
Simple and advanced application solutions help you to use your compressed air components optimally and keep your energy consumption low.
Put your trust in the technical experts and efficient technologies from Festo to ensure your machines and systems consume fewer resources and less energy in future. Not only will you reduce your CO2footprint, you relieve the cost pressure as well. At the same time, you increase the sustainability of your production processes and your company's productivity. Our knowledge, our experience, and our products can be found the manual Industrial energy efficiency@Festo (PDF).