A smart grid is a distributed energy network that consists of advanced real-time monitoring systems and technologies to monitor and manage the distribution of electricity from all types of sources to meet the demand of end-users. Smart Grid systems incorporate data and control elements in the main control room to assist in the early identification and troubleshooting of technical problems. This system is developed with the intention to optimize power resources, increase reliability, and enhances electric power efficiency. Engineers are responsible for designing and maintaining the operation of renewable smart grid systems. Therefore, this concept is introduced into the engineering learning framework to ensure that future engineers understand the basic concepts before entering the workforce. It has become evident that theoretical learning must be supported by sufficient practical assignments to ensure that students are able to apply the knowledge in real-world applications. An engineering teaching equipment that demonstrates the operation of modern smart grid systems can offer the connection between theory and practice of a smart grid electrical transmission system. Bestech Australia offers a wide range of engineering teaching equipment from DeLorenzo for electrical engineering courses such as smart grid electrical transmission systems. Our modular smart grid systems comprise several networks from generation, transmission and distribution, to electricity generation from alternative energy such as wind, hydroelectric, and solar. This educational system can be set to interface with customers and share the data to ensure that every device uses electricity as efficiently as possible. This is made possible via an industrial SCADA software to provide acquisition and control of data from sensors to intelligently manage the electrical system.
A smart grid is a distributed energy network that consists of advanced real-time monitoring systems and technologies to monitor and manage the distribution of electricity from all types of sources to meet the demand of end-users. Smart Grid systems incorporate data and control elements in the main control room to assist in the early identification and troubleshooting of technical problems. This system is developed with the intention to optimize power resources, increase reliability, and enhances electric power efficiency. Engineers are responsible for designing and maintaining the operation of renewable smart grid systems. Therefore, this concept is introduced into the engineering learning framework to ensure that future engineers understand the basic concepts before entering the workforce. It has become evident that theoretical learning must be supported by sufficient practical assignments to ensure that students are able to apply the knowledge in real-world applications. An engineering teaching equipment that demonstrates the operation of modern smart grid systems can offer the connection between theory and practice of a smart grid electrical transmission system. Bestech Australia offers a wide range of engineering teaching equipment from DeLorenzo for electrical engineering courses such as smart grid electrical transmission systems. Our modular smart grid systems comprise several networks from generation, transmission and distribution, to electricity generation from alternative energy such as wind, hydroelectric, and solar. This educational system can be set to interface with customers and share the data to ensure that every device uses electricity as efficiently as possible. This is made possible via an industrial SCADA software to provide acquisition and control of data from sensors to intelligently manage the electrical system.
