電力テクノシステムズ List of Products and Services

The "General Incorporated Foundation Central Research Institute of Electric Power" conducts a wide range of energy and environmental awareness activities, including experimental classrooms and lectures, at the request of various educational institutions and external organizations and groups. The "Electric Power Technosystems Co., Ltd." manufactures and sells experimental kits that allow anyone to experience and learn about "the mechanisms of electricity" through experiments, with permission from the research institute. These kits can be used in workshops, various events, science classes and experiments in schools, as well as for children's summer vacation projects at home. 【Features】 ■ All experimental materials are provided at once ■ Can be handmade with common tools ■ Usable for workshops, various events, and science/physics classes and experiments in schools ■ When customers hold experimental classrooms, we dispatch specialized instructors for "kit production guidance and lectures" for a fee *For more details, please refer to the PDF materials or feel free to contact us.

The handmade motor physics experiment kit is a device that allows you to understand the mechanism of a motor using magnets and coils, and learn about Fleming's Left-Hand Rule. Fleming's Left-Hand Rule illustrates the principle of motors and represents the relationship between the direction of current, the direction of the magnetic field, and the direction of force. All the materials needed for the experiment are prepared in advance, making it easy to use. The mechanism and principles of how the coil rotates are clearly explained in the instruction manual. 【Uses】 - Workshop classes and various events - For families, as a summer vacation research project for children - Science classes for preschoolers, elementary school students, and middle school students - Experimental teaching materials for high school physics (electromagnetism) 【Features】 ■ Productization of technology and ideas from the Central Research Institute of Electric Power Industry ■ Experiment materials are bundled together with easy-to-understand assembly instructions ■ Can be handmade with commonly available tools ■ Suitable for workshop classes, various events, and science/physics classes and experiments in schools ■ Four experiment kits are available, including "Mechanism of Motors," "Mechanism of Power Generation," "Mechanism of Optical Fibers," and "3D Magnetic Field Line Observation." *For more details, please refer to the PDF materials or feel free to contact us.

The 3D magnetic field line observation kit allows you to observe the way iron filings are attracted to a magnet inside a test tube, creating patterns along the magnetic field lines in three dimensions. By making the direction of the magnetic field observable, you can learn about magnetism. All the materials needed for the experiment are provided in advance, making it easy to use. The explanation of the magnetic field is clearly and simply described in the instruction manual. This product has become very popular for workshops, various events, science classes and experiments in schools, as well as for children's summer vacation research projects at home. [Uses] - Workshops and various events - Children's summer vacation research projects at home - Science classes for preschoolers to elementary and middle school students - Experiment materials for high school physics (electromagnetism) [Features] - Productization of technology and ideas from the Central Research Institute of Electric Power Industry - Experiment materials are included in a set, along with an easy-to-understand assembly instruction manual - Suitable for workshops, various events, and science and physics classes and experiments in schools - Four experiment kits available: "Mechanism of Motors," "Mechanism of Power Generation," "Mechanism of Optical Fibers," and "3D Magnetic Field Line Observation" Feel free to contact us through our company website. (No registration required)

The rainbow lantern is a handmade experiment kit that allows you to learn about the three primary colors of light by creating various colors using three colors of colored cellophane (red, blue, green) and an LED light. The principle of the three primary colors of light is widely used in everyday devices such as computer and smartphone displays, television screens, and projectors, which emit red, green, and blue light in varying proportions to directly reach the human eye, allowing us to see a variety of colors. By passing the light of the LED through the colored cellophane, you can reproduce various colors that can be perceived by humans. When this light is directed at a water-filled plastic bottle, a beautiful lantern that emits various colors is created. Additionally, this lantern can be used as an emergency light in case of a power outage. [Uses] - Recommended for handmade events such as craft workshops - For families, a great option for children's summer vacation research projects - For elementary and middle school science classes [Features] - Productization of technology and ideas from the Central Research Institute of Electric Power Industry - Comes with a set of experimental materials and easy-to-understand assembly instructions - Can be handmade with commonly available tools *Please feel free to contact us through our company website.

The power generation mechanism physics experiment kit is an experimental device that uses magnets, coils, and two light-emitting diodes to learn about electricity generated through electromagnetic induction. It allows you to verify Fleming's right-hand rule. Fleming's right-hand rule illustrates the principle of power generation and represents the relationship between the direction of electromotive force (electromagnetic induction), the direction of the magnetic field, and the direction of motion (conductor). All the materials needed for the experiment are prepared in advance, making it easy to use. The mechanism and principles of electricity generation are clearly explained in the instruction manual. [Applications] - Workshops and various events - Summer vacation research projects for children at home - Science classes for preschoolers, elementary school students, and middle school students - Experimental teaching materials for high school physics (electromagnetism) [Features] ■ Productization of technology and ideas from the Central Research Institute of Electric Power Industry ■ Experimental materials are bundled together with easy-to-understand assembly instructions ■ Suitable for workshops, various events, and science/physics classes and experiments in schools ■ Four experimental kits are available, including "Mechanism of Motors," "Mechanism of Power Generation," "Mechanism of Optical Fibers," and "3D Magnetic Field Observation" *For more details, please refer to the PDF materials or feel free to contact us.

The fishing line fiber experiment kit is an experimental kit designed to learn about the mechanism of optical fibers, which can transmit large amounts of information at high speeds, using light-emitting diodes and fishing line. We offer four types of light-emitting diodes: red, blue, green, and illumination. All the materials needed for the experiment are prepared in advance, making it easy to use. The principles of optical fiber are explained in a simple and easy-to-understand instruction manual. This product has become very popular for workshops, various events, science classes and experiments in schools, and as a summer vacation project for children at home. Additionally, the experimental device created is visually appealing and can be displayed as interior decor in your room. 【Features】 ■ Productization of technology and ideas from the Central Research Institute of Electric Power Industry ■ Experiment materials are bundled together with an easy-to-understand assembly instruction manual ■ Can be handmade with commonly available tools ■ Suitable for workshops, various events, and science/physics classes and experiments in schools ■ Four experimental kits available: "Mechanism of Motors," "Mechanism of Power Generation," "Mechanism of Optical Fibers," and "3D Magnetic Field Line Observation" For more details, please refer to the brochure. Inquiries can also be made from the company website (registration not required).