Empowering Education and Research
Stable Power Support for Equipment Safety
Research instruments and teaching devices, such as electron microscopes and precision measurement tools, are highly sensitive to power fluctuations and harmonic interference. Scheeberger’s voltage compensation and active filtering technologies provide clean, stable power for labs and educational facilities, preventing data errors and equipment damage caused by voltage instability.
Versatile Applications for Diverse Needs
Scheeberger’s industrial control products support a wide range of applications, from basic teaching tools to advanced research instruments. Their flexibility and scalability cater to various disciplines, excelling in labs for engineering, physics, chemistry, biology, and other cutting-edge research fields.
Practical Applications
Higher Education
An engineering lab at a university implemented Scheeberger’s intelligent energy management system to optimize power distribution for experimental equipment. This reduced equipment overload during peak usage and lowered campus energy costs. Precise power quality management ensured stable operation of micro-nano manufacturing labs, enhancing research efficiency.
Research Institutes
A national key laboratory adopted Scheeberger’s active filters and dynamic voltage compensation devices to stabilize power for high-power laser equipment and cryogenic systems. Reports indicated a 10% reduction in equipment error rates, significantly improving the accuracy of research data.
Solution Contributions
Creating High-Reliability Power Environments
Stable power quality ensures long-term, high-load, and safe operation of teaching and research equipment.
Modernizing Energy Management
Energy consumption visualization and optimization insights provide scientific support for energy savings in universities and research institutions.
Advancing Educational Modernization
Technical support enhances smart campus development, optimizing resource allocation and usage efficiency.
Supporting Custom Experimental Needs
Flexible scalability and precise control meet diverse power requirements, from basic experiments to complex research.