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Schneider Electric

Schneider Electric, the global specialist in energy management and automation, has always been committed to support training in electricity, automation and energy management. As early as in 1929, Schneider Electric founded its own school Paul-Louis Merlin in Grenoble, to provide Technical Education to alleviate the shortage of skilled labor in the energy industry and help combat unemployment.

Today, their educational activity, from initial training through to ongoing professional development, they support men and women as they prepare to manage their futures.

Schneider Electric is committed to energy transition, a process which is driving our economic growth. To bring about this change, we need not only to increase the use of renewable energies, but also to manage our energy requirements more efficiently. The digitization of consumption data and production methods will help us redress the balance between consumption and sustainable development, between comfort and efficiency. New technologies already exist, but they will only ever be successful if we prepare our young people to engage with the solutions of tomorrow. These are the people at the heart of energy transition; our future professionals who will have to juggle multiple technologies: communications, energy efficiency, home automation, renewable energy and smart grids. Therefore, Schneider Electric supports the world of education in facing these new challenges. Each year Schneider Electric trains more than 800 teachers and trainers through regional technical training courses. Now more online resources have been integrated into teaching programs and materials. Rather than being a strictly linear process, learning today should also involve a commitment from students to invest in their education in a more tailored approach. This is Schneider Electric's commitment - to support you throughout these changes and achieve a successful transition.

Education, skills, and resourcefulness of people are critical to sustain economic and social development. The megatrends of urbanization, digitization and industrialization is provoking the rise in energy demand leading to job creation. The current technology disruption caused by IoT, Industry 4.0 enabled by technology developments in mobility, cloud, sensing, analytics and security, creates the need for highly skilled human capital to innovate, operate and maintain this technology in the new environment.

Schneider Electric as your special partner in the task of preparing tomorrow

Schneider Electric's mission is to make an active contribution to training students in current and future job activities to enable them to swiftly become operational, efficient and able to meet the challenges they will be called on to face. The quality of Schneider Electric’s educational solution stems from joint work with institutions such as the French Ministry for Education, Higher Education and Research, or the Directorate of European and International Relations and Cooperation.

Basic Function - Domestic Panel

This panel is designed for wiring the basic functions of a residential or small services installation, such as remote control switches, timers, time switches, or dusk to dawn switches.
Motor Starting Panel

This panel is designed to wire the various types of motor starting systems. It has a transparent cover that enables viewing of each component. The wiring is carried out using safety leads.
Quality of Energy - Grounding Schemes

These benches are designed for studies of the various ground link schemes:

  • TN and TT neutral systems on one side
  • IT neutral system on the other side
Building Protective System

This bench is designed to study and implement two selectivity strategies for protection devices in low voltage distribution systems:

  • Ammeter selectivity
  • And chronometric selectivity
Energy Efficiency and Regulation

This modular bench makes it possible to highlight the energy savings that could be made in a ventilation or pumping installation. The comparison is made between electro-mechanical control with a contactor and electronic control with a speed controller.
HMI and PLC

The console consists of a Modicon M340 PLC whose logic I/Os are on surface plate. Inputs and outputs are connected from an outside operational part in form of push buttons, limit switches and the indicators respectively.
Automatic Control and Communication

These panels are designed to study the principles of industrial automation. The various types of PLC applications are adopted from industrial applications, building applications or general applications available around us. These panels allow the programmer to connect this application panel to the PLC and make the system operational.
Industrial Control and Machine Safety

These detection workshops are designed to study the principles of industrial detection. The various types of detectors and targets proposed are representative of the equipment found in an industrial environment. The power supply box is equipped with indicator lights to show the states of the detectors.
Home Automation System

The KNX bench is designed to discover the home automation solutions for the residential and the commercial installations. The bench is made up of KNX products that are commonly used. The KNX modules are programmable and offers controllable network. The control functions improve comfor t, security and flexibility for the occupant and owners. The system is complete, open and scalable.
Medium Voltage

These equipment units are made in compliance with the customer’s sets of specifications. Their purpose is to provide training for work and procedures carried out on MV structures. On training grounds, these equipment units are powered by a 440 V supply while featuring the same functionalities as in the case of a 20 kV supply.
Quality of Energy - Basic

This box is fitted with 3 lamps (linear loads) and an induction coil (nonlinear load) in order to generate a phase offset. Compensation is provided using a set of 8 capacitors. Each element is controlled separately. Voltage and current measurement points are provided on the side of the box.
Quality of Energy - Advanced

This cabinet is representative of a reactive energy compensation installation.

  • Linear phase offset loads enabling variations in the phase offset factor for the installation.
  • Varmetric measurement system.
  • Reactive energy compensation system provided by banks of capacitors slaved by the varmetric relay.
Off-Grid Micro Solar
Plant

This bench can be used to implement a solar power generation chain, from the photovoltaic panels to the 230 V AC receivers Each structure can be swivelled to determine the best exposure. Each structure consists of panels containing six photovoltaic cells.
Renewable Energy Solar Water Pumping

This bench reproduces an autonomous solar-powered pumping solution proposed by Schneider Electric, in areas where no connection to the electricity network is possible. The electrical energy supplied by photovoltaic panels powers a specific variable speed controller directly,The system operates without a battery.
Photovoltaic / Wind Power
Bench

This product is designed to help learners to find out about production of energy from renewable sources, using a solar panel and/or wind power, in the case of an isolated location. The electrical energy stored in the batteries can be used to power an outside equipment unit.
City Grid

Power grids are rapidly evolving. The phase-out of nuclear power and the reported growth in renewable energies are leading grid operators to a new model for balancing energy consumption and production. Historically, production has adapted to consumption. Producers use consumption forecasts to plan the production resources required and modulate capacity with enough margin as consumption changes over the course of a day.