Exhibitions of latest technologies and products which are used in various areas such as energy, infrastructure, digital, storage & device etc.
Future Zone
Introductions of various energy technologies, such as hydro power generation, geothermal power generation, wind power generation, solar power generation etc.
Power generation trials (Hatsuden Try)
Using rotational motion and chemical reactions, you can actually experience power generation for yourself. By observing the characteristics and differences of each power generation method on display, you can learn the importance of combining different kinds of methods.
-
Thermal power generation using energy resources such as natural gas and coal
-
Hydro power generation using the energy of falling water
-
Wind power generation using wind energy
-
Geothermal power generation using magma energy
The geothermal power generation is a method which uses terrestrial heat saved inside of the earth, turns a turbine, and generate electricity. Extremely little discharge of the CO2 and with almost no impact from the seasons or weather are some merits of the geothermal generation. Toshiba has the No.1 share of the world in this field.
Geothermal power generation using magma energy
Geothermal power generation using magma energy
The geothermal power generation is a method which uses terrestrial heat saved inside of the earth, turns a turbine, and generate electricity. Extremely little discharge of the CO2 and with almost no impact from the seasons or weather are some merits of the geothermal generation. Toshiba has the No.1 share of the world in this field.
-
Photovoltaic power generation using solar energy
Generating electricity from sunlight at home, can drastically reduce the electricity bill. Toshiba’s solar power module has high generating efficiency. By making a complete set of Toshiba's products, including HEMS and an electricity storage system, you will be able to use electricity effectively.
Photovoltaic power generation using solar energy
Photovoltaic power generation using solar energy
Generating electricity from sunlight at home, can drastically reduce the electricity bill. Toshiba’s solar power module has high generating efficiency. By making a complete set of Toshiba's products, including HEMS and an electricity storage system, you will be able to use electricity effectively.
-
Mechanism of power generator
(Turbine and Generator) -
Minimizing energy wastage –Regenerative energy
When applying the brakes to trains or electric vehicles, the power from the forward motion can be used to turn a motor into a generator. This is called regenerative energy which effectively uses the energy that would have been lost before.
Minimizing energy wastage –Regenerative energy
Minimizing energy wastage –Regenerative energy
When applying the brakes to trains or electric vehicles, the power from the forward motion can be used to turn a motor into a generator. This is called regenerative energy which effectively uses the energy that would have been lost before.
-
Clean energy for the future: Hydrogen
Introductions of technologies supporting our lives such as power transmission systems, long life rechargeable batteries, station ticket gate etc.
TOSHIBA SCIENCE MUSEUM AR
Please download “TOSHIBA SCIENCE MUSEUM AR” application to experience. Investigate technologies and products in three areas ( City, Bay, Nature). Can you complete the mission?
-
Arresters protecting electrical substation equipment
-
Motors essential to industrial activity
-
Silicon Nitride ceramics contributing to Power Control Unit
-
SCiB™ - A secure secondary battery with long life
-
Airport Runway Lights
-
Water purification systems Ozone generator
-
IoT technology controlling power transmission and transformation
(Digital Transformation) -
VPP (Virtual Power Plant)
-
Carbon Recycling
CO2/H2O co-electrolysis -
Currency Sorter
-
Automatic ticket gate
Introductions of high performance sensors and other technologies to support smart buildings by controlling lighting, air conditioning and elevators.
Smart Building Experience
Control elevators, lighting, and air conditioning in the building by touching the big display panel. Learn how wonderful it is to have a building with a "brain".
-
The Ultra High Speed Elevator
(1,010m/min) -
UV lighting fixture UVee
-
Multifunctional image sensing device SMART EYE SENSOR MULTI™
This is a new motion sensor using image recognition technology. It can detect a variety of information such as a slight movement of a person whose sitting, the number of people in an area of a room, and active masses of the people. All of which used to be very difficult to measure before.
Multifunctional image sensing device SMART EYE SENSOR MULTI™
Multifunctional image sensing device SMART EYE SENSOR MULTI™
This is a new motion sensor using image recognition technology. It can detect a variety of information such as a slight movement of a person whose sitting, the number of people in an area of a room, and active masses of the people. All of which used to be very difficult to measure before.
Introductions of technologies and products supporting society. Interactive exhibits help to demonstrate technologies and focus on supporting SDGs.
Paper reusing system “Loops”
Color a picture with our erasable pens. Your picture will appear on the monitor. If you touch your picture, it will make some noise! This exhibit introduces Erasable toner and Reusable paper technology.
Mirai de Shopping (RFID-POS shopping experience game)
Experience the near-future shopping with RFID (Radio Frequency identification) tags. See how easy it can be to shop!
Mirai Door for SDGs (Japanese Only)
Using augmented reality(AR), see how technologies and products support SDGs in this interactive exhibit.
Introductions of technologies and products related to Precision Medicines which improve our quality of life (QOL).
Kimi(You) Sensor (Getting a sense of yourself)
See a visualization of your bioinformation to understand the relationship between biosensor technology and health care.
-
Genomic Analysis Tool for Japanese Individuals “Japonica Array”
Toshiba, together with the Tohoku University Tohoku Medical Megabank Organization, has been promoting the social implementation of the Japanese genome analysis tool "Japonica Array" designed by the organization.
By utilizing this genome analysis technology and analyzing a large amount of genome information as well as health checkup and receipt information, we aim to provide preventive and medical services tailored to each individual.Genomic Analysis Tool for Japanese Individuals “Japonica Array”
Genomic Analysis Tool for Japanese Individuals “Japonica Array”
Toshiba, together with the Tohoku University Tohoku Medical Megabank Organization, has been promoting the social implementation of the Japanese genome analysis tool "Japonica Array" designed by the organization.
By utilizing this genome analysis technology and analyzing a large amount of genome information as well as health checkup and receipt information, we aim to provide preventive and medical services tailored to each individual. -
AI that predicts disease risk and proposes improvements
-
Carbon ion radiotherapy facilities, patient-friendly cancer treatment
Heavy-ion therapy uses particles such as carbon ions to generate a high-energy beam that irradiates cancerous tissues—the system accelerates carbon-ion beam to up to 70% of the speed of light and delivers a concentrated dose of radiation to the targeted part. In addition to being fast and non-invasive, it ensures pinpoint and lethal irradiation to cancerous tissues efficiently, with minimum damage to surrounding healthy tissues, and with fewer fractions compared to other radiotherapies.
Carbon ion radiotherapy facilities, patient-friendly cancer treatment
Carbon ion radiotherapy facilities, patient-friendly cancer treatment
Heavy-ion therapy uses particles such as carbon ions to generate a high-energy beam that irradiates cancerous tissues—the system accelerates carbon-ion beam to up to 70% of the speed of light and delivers a concentrated dose of radiation to the targeted part. In addition to being fast and non-invasive, it ensures pinpoint and lethal irradiation to cancerous tissues efficiently, with minimum damage to surrounding healthy tissues, and with fewer fractions compared to other radiotherapies.
Introductions of technologies and products supporting information such as semiconductors, storage and quantum related technologies.
Nano Rider
Drive freely in the nano world. Experience how wonderful miniaturization technology can be. Can you become the fastest nano rider?
-
Quantum Key Distributions(QKD) : The new age of secure communication
Keeping data safe and secure is one of the greatest challenges posed by the rapid development of today's information technology. Securing the transmission and retrieval relies on encryption of information sent over public networks.
Quantum Key Distribution (QKD) is used to distribute the secret digital keys important for protecting highly sensitive data critical to many industries. The essence of QKD security relies on encoding each bit of the key upon a single photon (particle of light) transmitted, for example through an ordinary optical fiber. As any attempt to read the photons alters their encoding, this allows the secrecy of each key to be tested and guaranteed. Unlike other existing security solutions, QKD is secure from all future advances in mathematics and computing, including the data processing power of a quantum computer.Quantum Key Distributions(QKD) : The new age of secure communication
Quantum Key Distributions(QKD) : The new age of secure communication
Keeping data safe and secure is one of the greatest challenges posed by the rapid development of today's information technology. Securing the transmission and retrieval relies on encryption of information sent over public networks.
Quantum Key Distribution (QKD) is used to distribute the secret digital keys important for protecting highly sensitive data critical to many industries. The essence of QKD security relies on encoding each bit of the key upon a single photon (particle of light) transmitted, for example through an ordinary optical fiber. As any attempt to read the photons alters their encoding, this allows the secrecy of each key to be tested and guaranteed. Unlike other existing security solutions, QKD is secure from all future advances in mathematics and computing, including the data processing power of a quantum computer. -
Simulated Bifurcation Machine™ (SBM)
-
DIY style IoT ifLink®
-
Storage you may be using without your knowledge
-
The process making semiconductor devices
-
The power semiconductor devices playing an active role in energy saving
-
Visconti™ senses personal and vehicle features
Visconti™ is a Toshiba's LSI processor which picks up the necessary information from images. In an automobile, Visconti™ can read the positions of pedestrians and other cars. As a result, it can prevent accidents before they occur.
Visconti™ senses personal and vehicle features
Visconti™ senses personal and vehicle features
Visconti™ is a Toshiba's LSI processor which picks up the necessary information from images. In an automobile, Visconti™ can read the positions of pedestrians and other cars. As a result, it can prevent accidents before they occur.