Almost all power plant training classes begin with an interactive and dynamic library of engaging power plant related technical e-learning lessons that will take your staff through the initial theoretical part of their training, allowing them to experience hands on training on the site or in a practical learning lab. However, these are the times when most technical personnel are not working. This is because many technical personnel are employed elsewhere – in plant automation, information systems, environmental remediation, and production management. In short, this means that there are fewer technical personnel to train.
The modern technical training classroom is much different than it used to be. Nowadays, students come from all over the world. Many of today’s students hail from nations with relatively inexpensive training budgets. In other words, unlike past power plant training programs, today’s technological training has never been more affordable. In fact, many universities and colleges offer online power generation training programs. These have proven to be popular because students from all walks of life can participate in these training programs.
In addition to continuing education credits, many power generation technicians also find that they benefit from completing some kind of practical training or internship while they are in school. Taking short courses geared towards specific industry skills helps them better prepare for employment in various sectors, such as information technology, manufacturing, and automotive. Taking a course pertaining to on-the-job, real world applications of electricity and its production process is also beneficial. As most power plant training programs require a certain number of hours to complete, taking a class that teaches students about specific aspects of an electricity production operation can help students gain a better understanding of the operations in use today.
Another way to better understand electricity production operations is to take part in some hands-on learning. Many schools now offer live power plant training classes, allowing prospective students to experience the ins and outs of one of these operations up close and personal. A variety of equipment is used in these classes, including computers, simulation equipment, electric actuators, and LCD displays. Simulators are used to duplicate various operating conditions. In turn, students learn about thermal expansion, displacement of moving parts, overloads, and others. When students practice their newly acquired skills in the control room, they often find that their prior experiences with these equipment are obsolete and they don’t know where they went wrong.
There are a number of different types of power plant training simulators available to today’s power generation and control room operators. The most popular are the electronic simulation equipment. These models allow for a variety of different scenarios, which helps trainees become more comfortable operating certain pieces of equipment in different situations. Some of these include the use of electromagnetic induction machines, voltage induced currents, and even the operation of very old-fashioned steam power plants. Because there are so many different types of simulation equipment, it’s often possible to take several months before all the steps and techniques are learned and understood.
Another type of training simulator that is used today is the coal fired power plants training model. Coal fired power plants are designed to operate just like real electrical systems. As a result, students can operate machinery, convert toxic waste into useful energy, and so forth. This type of power plant training can be useful for those working in areas where existing electrical systems are currently being replaced by coal fired power plants. However, due to the increased health risks associated with emissions from coal fired power plants, this type of training usually requires certification.
A final type of training simulator used is the Boiler training model. Like most simulator models, this one allows users to operate a variety of different power plants. However, rather than training individuals on how to ignite water, operate a control panel, or switch on or off various components, trainees are instead trained on how to use boiler control valves to add heat to or remove heat from the water that is being boiled.
While it’s been common practice for many years to simply include a short overview of boiler operation in an electrical engineering class, with boilers it’s becoming increasingly common for instructors to include a more complete picture. The Boiler simulator allows students to operate boilers through a series of very simple but highly effective procedures, thereby preparing students for the more difficult operations they will face when working with electrical systems. The key benefit to this type of training is that it prepares students to operate water treatment facilities, including those found in schools and day care centers. Those operating boilers will find it especially helpful for students studying for final exams on water treatment requirements that must be met each year.