Global Solutions for the Next

Transcription

1 Introduction of the NEDO Booth March 20th 24th 2017 Hannover Fairground Hall 4, Booth A38,(13) Global Solutions for the Next Globale Lösungen für die nächste Gesellschaft

2 NEDO, New Energy and Industrial Technology Development Organization is one of the largest public research and development management organizations in Japan. About NEDO Chairman : Mr. Kazuo Furukawa Organization : -Incorporated administrative agency under the Ministry of Economy, Trade and Industry (METI) of the Japanese government - Established in 1980 Location : Kawasaki City, Kanagawa, Japan Personnel : 919 (as of April 1, 2016) Budget : Approximately 130 billion JPY 1.04 billion (2016 FY) * 1 =125JPY NEDO s Missions Addressing energy and global environmental problems Enhancement of Japan s industrial technology Positioning of NEDO Policy formulation (budgets, personnel, other) Problem-solving and support (energy, environment, other) Industry National government and Ministry of Economy, Trade and Industry Technology Development Demonstration Projects Universities Research Institutes Global market System design (regulations, standards, other) Promoting practical application and boosting innovation (international standards, other) 02

3 NEDO Results Are Being Utilized to Manufacture Goods Familiar to You Energy Farms World s Smallest Optical Transceiver (Optical I/O core) IoT Carbon Nanotubers (CNTs) Blu-ray Related Products Electronics /ICT Solar Powered Generation Hybrid Buses Robot Medical Care, Welfare and Health care Smart Community Support for international expansion Domestic Offices Head Office MUZA Kawasaki Central Tower, 16F-20F 1310 Omiya-cho, Saiwai-ku, Kawasaki City, Kanagawa Japan Tel: Fax: Kansai Branch Office Umeda Dai Building, 6F, Umeda, Kita-ku, Osaka Japan Tel: Fax: Overseas offices Washington, D.C 1901 L Street, N.W., Suite 720, Washington, D.C U.S.A. TEL: FAX: Silicon Valley 3945 Freedom Circle, Suite 790, Santa Clara, CA U.S.A. TEL: FAX: Europe 10, rue de la Paix 75002, Paris, France TEL: FAX: New Delhi 9th Floor, Hotel Le Meridien Commercial Tower, Raisina Road, New Delhi , India TEL: FAX: Beijing 2001 Chang Fu Gong Office Building, Jia-26, Jian Guo Men Wai Street, Beijing , P.R. China TEL: FAX: Bangkok 8th Floor, Sindhorn Building Tower 2, Wittayu Road, Lumphini, Pathumwan, Bangkok 10330, Thailand TEL: FAX:

4 Medical Care, Welfare and Health Care Innovative Cybernic System: HAL, the world s first cyborg-type robot Medical HAL (Lower Limb Type) HAL for Care/Labor Support (Lumbar Type) Innovative Cybernic System: establishes simultaneous informational and physical interactions between the user and the device to integrate the functions of humans and robots. Technical Solution In addition to HAL being utilized in the fields of medical and social welfare industries, which was what HAL had originally intended for from the early stages of research and development, HAL has also been widely adopted in nursing care industries and in other industries which involve heavy work labor. When a wearer intends to move its body, various signals are sent from the brain to the muscles through nerves. These signals leaks onto the skin surface as bio-electrical signals ( BES ) which are read by the HAL system. The power units of HAL systems are activated according to these bio-electrical signals and other information obtained from its sensors, allowing the device to realize the movements intended by the user. Medical HAL: medical device that enables "Cybernic treatment", a treatment to improve/regenerate the brain neuro physical functions. The medical effects of treatment with Medical HAL for patients with the relevant diseases were approved. It also obtained approval for Medical HAL to be included under public health insurance coverage for rare neuromuscular disease in Japan and public workers compensation insurance coverage for disease such as Spinal Cord Injury in Germany. HAL for Care/Labor Support (Lumbar Type) are the worlds first robots which have performed significant reduction of the stress applied on the lumbar part through scientific analysis. Prof. Sankai, University of Tsukuba/CYBERDYNE, Inc. Medical HAL (Lower Limb Type) HAL for Care/Labor Support (Lumbar Type) Overview of NEDO Project involved in this innovation The International R&D, Demonstration Project in Environment and Medical Device Sector CYBERDYNE, Inc. From fiscal 2013 to fiscal 2015, clinical tests of the Medical HAL (Lower Limb Type) were conducted at BG-University Hospital Bergmannsheil in Germany and test results were gathered. contact@cyberdyne.jp

5 Medical Care, Welfare and Health Care Providing greater freedom of movement, anywhere and any time, without a caregiver's support. Robotic Activechair for Elderly and Disabled Persons A revolutionary new transfer style for easier and safer transfer. A seat lift mechanism that adjusts the seat height to align with a bed or toilet. Technical Solution With conventional wheelchairs, it is difficult and dangerous to move users to and from a wheelchair and bed because they have to turn around. Not only is this a cause of many accidents, it is also one of the most difficult tasks for caregivers. tmsuk has developed a revolutionary new transfer style based on robotics to realize the safer and easier transfer of persons. Additionally, users can wash their face and hands easily with the front-free riding style. RODEM is a transfer and transportation device that enables users to enjoy a more independent life without a caregiver s support. RODEM reduces the burden of nursing care and contributes to lower healthcare service costs, which benefits national finance. Electrically powered seat that goes up and down to adjust to the height of a bed, toilet or sofa for slide-motion transfer. Compact on-the-spot turn by reverse rotation of wheels for convenient operation in narrow spaces. Remote control by smart phone to call and release RODEM from a bed for elderly/disabled users. Equipped with breast and knee pads to stabilize the user s position Stylish design as the form of future mobility. Selling price To be launched soon. Reasonable mid-range price Go anywhere you want in a higher position Only slide forward to transfer Adjust seat height to sofa Transfer process by RODEM RODEM product design Overview of NEDO Project involved this innovation The International R&D, Demonstration Project in Environment and Medical Device Sector From fiscal 2013 to fiscal 2014, NEDO worked with tmsuk to conduct verification tests in Denmark of an electric, forward-riding wheelchair and tmsuk developed this product based on the results. tmsuk company limited rodem@tmsuk.co.jp 05

6 Information Platform World s first innovative new RFID metal tag Readable even behind metal objects This innovative new passive UHF RFID tag works even when placed behind metal objects, contributing to the worldwide evolution of industrial IoT. Technical Solution Conventional RFIDs do not work for metal items, especially when placed behind metal objects, because of the interference between metal and radio waves. This innovative new RFID tag is readable even when placed behind metal surfaces. This innovation significantly benefits supply chain management and traceability of various metal products, parts, materials and palettes. Main features of this RFID metal tag are: Passive (without battery) UHF MHz Complies with EPC C1 Gen2 User memory: EPC 128 bit Selling price Varies according to the number of units ordered. The RFID tag also enables the connection of a global supply chain with a vertical supply chain to build a multi-layer system. Together with sensors, robots and drones, this new technology has the potential to change the world of IoT. cannot read can read Conventional tag behind metal Our tag behind metal Phoenix Solution s new RFID tags Overview of NEDO Project involved this innovation Small-Scale Research & Development of IoT Peripheral Technologies for the Realization of an IoT Society / Research & Development of a Special Metal Tag that is Readable Even from Behind a Metal Surface NEDO supports a diverse range of technological developments for the realization of an advanced IoT society. Utilizing the RFID technologies behind the world's first tag readable from the backside of a metal surface, Phoenix Solutions Inc. is conducting research and development of smaller and more diverse products for the integration of IoT in manufacturing and distribution, which frequently handle metal materials. Phoenix Solution Co., Ltd. Koji Wada, Deputy CEO wada@phoenix-sol.co.jp 06

7 Information Platform Next-generation computing platform Ultra-miniature all-in-one module for IoT/Wearables Ultra miniature Ultra-low power Technical Solution A smartphone can serve as a multi-purpose controller in the IoT era, but do we really want to look at our smartphones hundreds of times a day? It would be bothersome, for instance, to input passwords so frequently. 16Lab, an award-winning developer, delivers an alternative intuitive computing experience through its ultra-miniature module that can be used for various functions, such as gesture transmitter, alert device, contactless key, and e-wallet. With its patented technology, new authentication functions and methods can be implemented as well, making it an all-in-one module. Ultra miniature : Measures only 6.0 x 15 mm. Complete : Just connect a power source (external/third-party). Integrated : Includes 6-axis IMU, flash memory and smart CC LED driver. Ultra-low power : Ideal for use in small portable devices. Extensibility : Supports GPIO, SPI and I2C. Updatable : OTA is available. Bluetooth 5 ready : Redefines the scope of IoT and wearable devices. 16Lab s strengths include: Greater 3D gesture controller accuracy; The world s top level ultra-low power consumption technology; A consortium of world-class engineering partners in all areas; A platform with a network of leading global business partners. Fig. 1. Module versus 1EUR coin. Overview of NEDO Project involved this innovation Project for Supporting Technology-Based Ventures/Start-up Innovators Program NEDO, with the aim to create mega-ventures in the future, works with business launch supporters (catalyzers) in supporting entrepreneurs (start-up innovators) of technology-based ventures in their research & development and business framework building efforts. In 2014, the first call for applications garnered 420 applicants, of which 14, including 16Lab, were selected. 16Lab Inc. business@16lab.net 07

8 Disaster Response, Infrastructure Maintenance and Logistics High-Performance Industrial UAV Able to resolve diverse range of tasks Industrial Multicopter with Artificial intelligence vision control Lightweight and highly durable frame using high advanced graphite technology. Able to carry different types of payloads. Real time camera and sensors make the deep learning UAV able to recognize objects and avoid them. Completely autonomous flights are possible. Technical Solution enroute UAV s are capable of long-distance, extended-time flights, can handle a diverse range of payloads, being capable of flying fully autonomously. Advanced flight controller allows stable flights. enroute UAV s are able to asist in different types of tasks like: dissasters, infrastructure inspection, live video feed back. There is a drone for every purpose. Special graphite frame with low air resistance, allows the UAV to stay longer time in the air. The unique dual graphite frame is stiff and durable allowying heavy payloads. Center plate and rail system allows to center all the mass for better center of gravity. In addition, the A.I. module (NVIDIA Jetson) can communicate directly with the flight controller. Allowing completely autonomous flights, control, victim search missions, security and other applications. With an automated payload release suitable for distribution, point to point landing, flight data for surveying and a synchronization function with measuring equipment, it can be customized to fulfill specific industrial functions, such as security and wired power feeds for communication relays. To enhance safety, it has built-in pre-flight check and cloud-based flight management capabilities. Also have communication function to conduct safety diagnostics of the battery and other equipment. EX1100 Frame: The frame of the UAV is made of graphite and aluminium. Using advanced glue technology allows to create strong joints between the graphite and aluminium. The frame is stronger and lighter than the traditional carbon solution. Control unit: Capable of advanced collision prevention. The deep learning module uses the stereo camera and lidar sensor to avoid objects. Telecommunication: Unit control using IEEE ah, LTE, satellite communication and other protocols are possible. Selling Price Frame set : 2.0~ 10.0 million Ground station : 1.0~ 3.0 million A.I. module: : 300,000~2.0 million EX700 with LIDAR module Overview of NEDO Project involved this innovation UAV and Sensor System Development Project for Infrastructure Maintainance and Disaster Surveys enroute Co., Ltd. In this NEDO project, enroute drones are used for the research & development of auto-pilot technologies for aerial surveys and soil sampling technologies of volcanig disaster sites, and the research & development of sediment exploration technologies of landslide areas. info@enroute.co.jp 08

9 Artificial Intelligence Drawing out the potential of robots with deep learning AI Robot Capable of Handling Flexible Objects A machine deep learning method for humanoid robots to perform repeated soft-object folding tasks. Technical Solution This R&D effort to develop robots that can handle flexible objects will contribute to solving labor shortage problems. This study aims to propose a practical state-of-the-art technology to create a machine-learning based humanoid robot that can perform as a production line worker. The approach should provide an intuitive way for collecting data and the robot worker should be able to learn the same skills as a human worker on a production line. The task design of robotic systems have the following fundamental limitations: (1) It is difficult to adapt to environmental change; and (2) A huge cost is required for motion teaching. Our approach includes (1) a robust motion control that can adapt to environmental change through deep learning with the robot s sensory motor information, and (2) a teleoperation system that can learn a human worker s actions. It is expected that our model will contribute to the introduction of robots into fields such as assembly work as well as other applications in daily life. We developed a user interface that displays in real time a first-person perspective projected onto a head mount display device. Using the interface, we propose a two-phase deep learning model: a deep learning convolutional layer auto-encoder that extracts image features and reconstructs images, and a fully connected deep time delay neural network that dynamically learns the operating process of the robot s task from the extracted image features and motion angle signals. This model is being applied to the humanoid robot Nextage Open, which can learn to repeatedly fold flexible, soft articles. The architecture of a robot system with deep learning Wiederholbare Zusammenarbeit bei Tuchfaltung mit Menschen Overview of NEDO Project involved this innovation Strategic Advancement in Multi-Purpose Ultra-Human Robot and Artificial Intelligence Technologies From fiscal 2015, NEDO has been bringing together expert researchers in the field of artificial intelligence to conduct research & development at the National Institute of Advanced Industrial Science and Technology's Artificial Intelligence Research Center (AIRC) as the center of excellence. This R&D project is one of the themes at AIRC. National Institute of Advanced Industrial Science and Technology (AIST) ith-contact-ml@aist.go.jp 09

10 Innovative Manufacturing Making Things in New Ways with Printing Technologies World s first simultaneous, multiple-point, flexible temperature and pressure sensor using printing technologies Development of a flexible TFT array sheet with a pressure sensitive layer and a temperature sensitive layer printed in high density ー Opening the way for sensors as sensitive as the human touch Technical Solution With the development of printing manufacturing technologies for TFT arrays, which form the flexible device circuit board, we created a TFT array sheet manufacturing process using a full printing continuous integrated production line. This has enabled the realization of a sensor device with low energy consumption and large surface area that is lightweight, thin and flexible. Taking advantage of the sensors flexible, lightweight and high-resolution characteristics, we hope to develop healthcare-related sensors with applications in rehabilitation and nursing care support. Beyond pressure and temperature, in the future, we hope to combine friction and other types of physical sensors with biosensors to approach the development of robot skin that has sensors as sensitive as the human touch. By directly printing pressure sensitive and temperature sensitive layers onto the TFT, we were able to realize the high density alignment of microscopic, pressure-sensitive and temperature-sensitive areas on the surface to develop the world s first simultaneous pressure and temperature detection multiple-point sheet-type sensor using printing technologies. As resistance in both the pressure and temperature sensitive layers fluctuates according to pressure or temperature, by reading the TFT source electric current connected in a straight line in each layer, the sensor is able to detect surface distribution of pressure or temperature. The ink used in the temperature layers is based on a polymer PTC (Positive Temperature Coefficient) ink developed at the University of Tokyo. Material composition and a high-density printing method were developed in-house to increase temperature range. TFT Temperature sensitive layer Prototype Multiple Sensor Sheet Specifications Active area: mm No. of elements: (1.2mm pitch) Pressure range: 0~500kPa Temperature range: 20 ~ 50 Pressure sensitive layer Flat surface schematic diagram of the pressure sensitive and temperature sensitive multiple sensors under development Simultaneous pressure and temperature detection sensor under development Overview of NEDO Project involved this innovation Development of Basic Technologies for Next-Generation Printed Electronics Materials and Process Technologies NEDO is developing technologies to create thin, lightweight, flexible, energy-efficient and large- surface-area printed electronics. In addition to applications in daily life, NEDO is exploring a wide variety of other applications, such as the world's first fully printed, integrated pressure and temperature sensor sheet. Japan Advanced Printed Electronics Technology Research Association JAPERA Office, AIST Tsukuba Central # Higashi, Tsukuba, Ibaraki TEL info@japera.or.jp 10

11 Innovative Manufacturing Printed Electronics for an IoT Society Curved Surface Pressure Sensor Development of a curved surface pressure sensor with a circular roll shape by combining a flexible TFT array sheet and pressure-sensitive rubber sheet Solution Proposal By combining a TFT array sheet made in a total printing continuous integrated manufacturing line with a thin pressure-sensitive rubber sheet, we developed a sheet-type pressure sensor with superior bending tolerance capabilities. Rolling up this sheet, we verified that this can function as a curved surface pressure sensor. Applications include using it on the grip portion of golf clubs or tennis racquets to monitor how strength is applied during a swing (sports field). In addition, it can be used on bicycle handlebars to make a lever-less brake bicycle where brakes are automatically activated according to how much hand pressure is applied (accident prevention and safety field). In addition, with its curved characteristics, this sensor holds promise in a wide variety of other fields. The characteristics of the materials (conductors, semiconductors, insulators) in each of the layers that make up the newly developed flexible TFT array sheet are flexible, and as a result, in a bending test (radius of curvature: 10mm, 100,000 times), changes in characteristics were no more than 5%, indicating superior bending tolerance. Because electrical resistance in the pressure-sensitive rubber goes down with the application of pressure, the sensor is able to detect the surface distribution of pressure by reading the TFT source electric current connected in a straight line. Prototype Curved Pressure Sensor Specifications Active area : W260mm, L173mm Number of elements : (1.2mm pitch) Pressure range :0~500kPa Diameter : 50mm Curved Surface Pressure Sensor Changes in characteristics of a flexible TFT array sheet during a flex test Overview of NEDO Project involved this innovation Development of Basic Technologies for Next-Generation Printed Electronics Materials and Process Technologies NEDO is developing technologies to create thin, lightweight, flexible, energy-efficient and large- surface-area printed electronics. In addition to applications in daily life, NEDO is exploring a wide variety of other applications, such as the world's first fully printed, integrated pressure and temperature sensor sheet. Japan Advanced Printed Electronics Technology Research Association JAPERA Office, AIST Tsukuba Central # Higashi, Tsukuba, Ibaraki TEL info@japera.or.jp 11

12 Innovative Manufacturing Flexible Smart Devices manufactured by Printed Electronics Thin, Elastic Pressure Distribution Sensor Real-time pressure distribution measurement device to facilitate the observation of a person s condition A wide range of applications with its high elasticity and changeable shape Technical Solution The pressure distribution measuring device provides abundant data about the user s condition in real time for observation purposes. Examples of healthcare and sports medicine applications include measuring foot pressure distribution of walkers or runners and monitoring pressure placed on the body when seated or sleeping for nursing purposes. Until now, measurement devices for the above-mentioned uses lacked durability and flexibility and it was difficult to mount devices on areas that are subject to strong impact or are highly cushioned. AIST integrated its various technologies to develop a flexible, elastic, thin and durable pressure distribution sensor. This sensor has a wide variety of possible applications and can contribute significantly to improved quality of life (QOL). This sensor is made from an array of capacitive pressure sensor elements. When pressure is placed on the sensor, the sensor elements, which are constructed from a flexible material, are compressed and the distance between the top and bottom electrodes is reduced, which increases electrostatic capacity. The electrical conducting material of the line electrodes that form the sensor matrix uses a conductive fiber with a high aspect ratio. These conductive fibers maintain their connections even when the line electrode is stretched, which controls increases in resistance and allows for stable electric properties. Highly elastic pressure distribution sensor The sensor s application in a seat pressure measurement device Overview of NEDO Project involved this innovation Development of Basic Technologies for Next-Generation Printed Electronics Materials and Process Technologies NEDO is developing technologies to create thin, lightweight, flexible, energy-efficient and large- surface-area printed electronics. In addition to applications in daily life, NEDO is exploring a wide variety of other applications, such as the world's first fully printed, integrated pressure and temperature sensor sheet. National Institute of Advanced Industrial Science and Technology (AIST) Flexible Electronics Research Center (FLEC) Tel : flec-webmaster-ml@aist.go.jp 12

13 Innovative Manufacturing Flexible Smart Devices manufactured by Printed Electronics Film-Type Proximity Sensor and Film Mounting Technology Proximity sensor that is easy to configure and install anywhere Mounting technology that enables quick, room temperature mounting of electronic parts on top of a flexible base material Technical Solution Conventional movement sensors (i) can only be installed in specific areas because they are rigid and large; (ii) must be installed by an expert because of the knowhow required in terms of placement and direction; and (iii) can cause the psychological stress of being watched. The newly developed proximity sensor and film mounting technology can be used together to create a film-type sensor that has a high degree of flexibility and is easy to install in a wide variety of areas. For example, the sensor can be placed on the underside of a bed or floor and remain unnoticed to more naturally monitor people s movements or breathing. Using tiling technology, the film-type sensors can be configured into various sizes and shapes and connected to make sensors that cover a wide area inside a house. In addition to simple applications, such as switches and toys, this totally new type of sensor can be used to unobtrusively watch over the elderly or young children. This sensor is thin, lightweight and durable. It is also very portable so it can be carried and used anywhere. The detection limit is approximately 10 cm. Hence, it can detect a person approaching even when placed in a mattress, floor or on the other side of a wall. Its detection limit is higher when bent. While with conventional soldering and anisotropic conductive film mounting technologies, the electronic parts necessary for driving the printed electrodes and sensors easily peel off when the base is bent, with the newly developed film mounting technology, the connections between the electrodes are maintained even when bent repeatedly at a curvature radius of several centimeters. Taking advantage of these sensor and mounting technologies, we are working with a university medical department to prepare for clinical trials of a preliminary screening test for sleep apnea. In addition to applications in nursing and security, the technology holds promise in a wide range of applications in the medical field. Film-type proximity sensor Mounting technology to mount electronic parts on a film (example: LED lighting system) Overview of NEDO Project involved this innovation Development of Basic Technologies for Next-Generation Printed Electronics Materials and Process Technologies NEDO is developing technologies to create thin, lightweight, flexible, energy-efficient and large-surface-area printed electronics. In addition to applications in daily life, NEDO is exploring a wide variety of other applications, such as the world's first fully printed, integrated pressure and temperature sensor sheet. National Institute of Advanced Industrial Science and Technology (AIST) Flexible Electronics Research Center (FLEC) Tel : flec-webmaster-ml@aist.go.jp 13

14 Innovative Manufacturing Flexible Smart Devices manufactured by Printed Electronics Stretchable Wire Sheet A highly stretchable wire than can be attached to clothing and other items High sensitivity detection of body movement and other types of motion Technical Solution Because wearable devices for medical and healthcare use must often be in contact with the body for long periods of time to collect data, it is important that they be comfortable to wear as well as reliable in terms of accumulating data. With these important criteria in mind, we set out to develop a sensory device that is flexible, durable and capable of providing stable output signals even when the device changes in shape with human movement. Utilizing our expertise in manufacturing large-surface-area flexible electronic devices, we focused our efforts to develop a flexible, reliable and large-surface-area sensory device. To make a flexible, elastic device, AIST developed a highly stretchable wire formed from spring-shaped conductive fibers on top of flexible pellicular resin. This wire has stable electrical characteristics, showing a change in electric resistance of only 1.2 times even when stretched more than three times its length and bent more than 200,000 times (bending radius no more than 0.1mm). When used for LED wiring, the LED emission brightness showed almost no change and the electric resistance fluctuated by only a very small degree even when stretched more than three times. This wire enables stable reading of signals from the sensor. Initial state Stretched state Wire diameter 1.1mm Wire diameter 0.3mm No more than 20% change in electric resistance even when stretched more than 3 times Highly stretchable wire An elbow supporter made with highly stretchable wiring Overview of NEDO Project involved this innovation Development of Basic Technologies for Next-Generation Printed Electronics Materials and Process Technologies NEDO is developing technologies to create thin, lightweight, flexible, energy-efficient and large- surface-area printed electronics. In addition to applications in daily life, NEDO is exploring a wide variety of other applications, such as the world's first fully printed, integrated pressure and temperature sensor sheet. National Institute of Advanced Industrial Science and Technology (AIST) Flexible Electronics Research Center (FLEC) Tel : flec-webmaster-ml@aist.go.jp 14

15 NEDO Smart Community Project in Germany Lower Saxony Establishment of an Optimal Model for a Large-Scale Hybrid Storage Battery System Suitable for the Electricity Market A large-scale hybrid storage battery system suitable for the electricity market will be constructed by integrating Japan s advanced technologies to control storage batteries based on grid information. The project aims to establish an optimal model for a hybrid storage battery system that is designed to adjust power supply and demand by providing power, reduce imbalances in balancing groups, and stabilize voltage in a local power system. Scheme Project Term: April 2017 ~ March 2020 Entrusted Companies: Hitachi Chemical, Hitachi Power Solutions, NGK Insulators In March 2017, NEDO signed a memorandum of understanding regarding the demonstration project with the Lower Saxony State Government, EWE-Verband and EEW Holding. The entrusted companies also signed an implementation document with EWE AG at the same time. Project Details By applying power interchange and controlling the SOC between the lithium-ion batteries and the NAS batteries, maximal output of reserve electricity can be ensured. The variation in planned value and the actual value of the amount of electricity within the VPP can be reduced. This results in a optimal multi-function model. Speyer Establishing Local Energy Production and Consumption at Households A model for local energy production and consumption system will be established to contribute to the development of a self-consumption rate of PV power generation by integrating advanced Japanese technologies such as energy storage, thermal storage, and ICT. Demonstration site Scheme Operation commencement ceremony Project Term: June 2015 ~ March 2017 Entrusted Companies: NTT DOCOMO, NTT Facilities, Hitachi Chemical, Hitachi Information and Telecommunication Engineering The demonstration operations started in July Data gathered from the summer to the winter is being analyzed. Project Details Developing the demonstration system integrating PV, HEMS, storage battery, and heat pump. Collecting and analyzing the solar radiation and load pattern of each household, and improving the accuracy of the prediction of PV power generation and energy consumption. Evaluating the improvement of self-consumption rate of PV power generation in household and building units, and the economic advantages of consumers. 15

16 NEDO displays Japan s latest technologies, such as IoT and Robot in CeBIT 2017! Exhibition Theme Global Solutions for the Next Booth Overview: From among the many technological development projects that NEDO is involved in, the booth will feature sensors, smart devices and other IoT technologies, and robot and AI technologies, arranged according to application, such as Innovative Manufacturing Information Platforms and Care (Medical and Welfare) Systems In addition, NEDO will conduct demonstrations and use other methods to explain in an easy-to-understand procedure the latest technological achievements of various Japanese companies and research organizations, including the Smart Community Project experiment that NEDO is conducting in Germany. By working beyond national borders to resolve problems, NEDO strives to create new global businesses INFORMATION 1 CYBERDYNE, Inc. Innovative Cybernic System: HAL, the world s first cyborg-type robot tmsuk company limited Phoenix Solution Co., Ltd. 16Lab Inc. enroute Co., Ltd. National Institute of Advanced Industrial Science and Technology (AIST) Japan Advanced Printed Electronics Technology Research Association (JAPERA) National Institute of Advanced Industrial Science and Technology (AIST) Flexible Electronics Research Center (FLEC) New Energy and Industrial Technology Development Organization (NEDO) New Energy and Industrial Technology Development Organization (NEDO) RODEM Robotic Activechair for Elderly and Disabled Persons World s first innovative new RFID metal tag Readable even behind metal objects Ultra-miniature all-in-one module for IoT/Wearables High-Performance Industrial UAV Able to resolve diverse range of tasks Industrial Multicopter with Articial intelligence vision control AI Robot Capable of Handling Flexible Objects World s first simultaneous, multiple-point, flexible temperature and pressure sensor using printing technologies, Curved Surface Pressure Sensor Thin, elastic pressure distribution sensor, Film-Type Proximity Sensor and Film Mounting Technology, Stretchable Wire Sheet NEDO Smart-Community Project in Germany NEDO Overview Medical Care, Welfare and Health Care Information Platform Disaster Response, Infrastructure Maintenance and Logistics Artificial Intelligence Innovative Manufacturing NEDO Head Office MUZA Kawasaki Central Tower, 16F-20F 1310 Omiya-cho, Saiwai-ku Kawasaki City, Kanagawa Japan Tel: Fax: For more information, please contact: NEDO Public Relations Department Persons: Kotsusa, A. Suzuki nedo_press@ml.nedo.go.jp

17 /index.html February 24, 2017 NEDO to Exhibit at CeBIT Showcasing Next-generation, State-of-the-Art Technologies Including IoT, Robotics and AI Technologies - NEDO will exhibit at CeBIT2017 that will be held for five days from March 20 to March 24 in Germany. At this event, NEDO will showcase next-generation, state-of-the-art technologies including IoT (Internet of Things) such as sensors and smart devices, robotics, and AI (Artificial Intelligence) technologies. NEDO will also introduce a smart community demonstration that NEDO has been conducting in Germany, in hope of creating new global business. NEDO Exhibit Booth Image 1.Overview NEDO, the New Energy and Industrial Technology Development Organization, is one of the largest public research and development management organizations in Japan. It has two basic missions: 1) addressing energy and global environmental problems, and 2) enhancing industrial technologies. NEDO promotes a variety of technology development and experimental projects by integrating the combined technological efforts of corporate, academic and government organizations. NEDO engages in a wide range of technology development fields, from energy and environmental technologies to industrial technologies. As a Japanese government organization, NEDO carries out projects to explore future technology seeds as well as mid- to long-term projects that may form the basis of industrial

18 development. It also supports the development of practical applications for promising technologies. As part of a joint Japanese-German effort to create a global environment for the development of Industry 4.0, in accordance with an agreement made at the Japan-Germany Summit Meeting held in May 2016, Japan will participate in CeBIT 2017 as an official partner country. A large-scale Japan Pavilion will be installed at CeBIT 2017 with the participation of more than 100 Japanese companies and organizations. NEDO will exhibit in the Japan Pavilion as a governmental organization. <About the NEDO Exhibit Booth> Location: Japan Pavilion, Hall 4, Hannover Messe International Exhibition Center (Booth No. A38, 13) Exhibition Theme: Global Solutions for the Next Booth Overview: From among the many technological development projects that NEDO is involved in, the booth will feature sensors, smart devices and other IoT technologies as well as robot and AI technologies, arranged according to application. In addition, NEDO will conduct demonstrations and use other methods to explain in an easy-to-understand fashion the latest technological achievements of various Japanese companies and research organizations, including the Smart Community Project experiment that NEDO is currently conducting in Germany. By working beyond national borders to resolve problems, NEDO is striving to create new global businesses. 2.Products on display at the NEDO Booth Innovative Cybernic System: HAL The world s first cyborg-type robot Medical HAL: medical device that enables "Cybernic treatment", a treatment to improve/regenerate brain neuro physical functions. Lumbar Type HAL: it reduces stress on the wearer's lumbar during caring or heavy lifting. Innovative Cybernic System: establishes simultaneous informational and physical interactions between the user and the device to integrate the functions of humans and robots. For inquiries about this product or technology CYBERDYNE Inc. TEL: contact@cyberdyne.jp URL:

19 RODEM, the world s first robot wheelchair that enables easy and safe transfer and movement of elderly and disabled persons Facilitates the safe and easy movement back and forth between the bed, wheelchair and toilet, one of the biggest challenges for nursing care in an aging society. The seat of RODEM can be moved up or down to align it with the height of the bed or toilet so that transfer can take place just by sliding the person s body forward without changing direction. For inquiries about this product or technology tmsuk Co., Ltd. TEL: pr@tmsuk.co.jp URL: World s first RFID tag that is readable even when attached to the back of metallic products This innovative RFID can be used in the entire industry for the development of IoT, supply chain management and traceability applications. Battery-free UHF RFID enables easy traceability of steel, metal palettes, automobiles and other products made with metal. For inquiries about this product or technology Phoenix Solution Co., Ltd. TEL: wada@phoenix-sol.co.jp URL: Ring shaped wearable computing device OZON This device utilizes ultra-low power consumption technology and features wireless charge with high performance, high quality, and high design. Able to control TVs, air conditioners and other electronic devices using gestures, while also enabling notifications via and messenger applications as well as electric-wallet functionality for payment transactions For inquiries about this product or technology 16Lab Inc. TEL: business@16lab.net URL: High-performance multirotor drone with 10kg load capacity This multirotor drone has a frame constructed using highly reliable and lightweight composite carbon and bonding technologies. A wide variety of testing equipment can be installed to meet customer needs. Though the multirotor drone is lightweight, it is made of a very stiff and highly reliable frame that uses no screws. It is a multipurpose model that can easily have auxiliary equipment mounted. For inquiries about this product or technology ENROUTE CO., LTD. info@enroute.co.jp URL:

20 AI-enabled robot for handling soft materials that can develop potential functions through machine learning This robot can perform in real-time and repeatable folding of unknown soft materials. Conventionally it is difficult to perform object modeling and imaging mapping on such materials. The robot performs end-to-end sensory-motor learning by deep neural networks, enabling the simultaneous generation of object recognition and appropriate motion for the robot. For inquiries about this product or technology National Institute of Advanced Industrial Science and Technology TEL: URL: Flexible sheet sensor for simultaneous detection of pressure and temperature Using printing technology, JAPERA became the world s first to succeed in developing a flexible sheet sensor that can simultaneously detect the distribution of pressure and temperature across a plane. JAPERA aims to utilize the sensor s flexible, lightweight and high-resolution characteristics through applications in health care sensors such as rehabilitation and nursing care support devices. For inquiries about this product or technology Japan Advanced Printed Electronics Technology Research Association TEL: info@japera.or.jp URL: Advanced wearable and flexible sensors Highly flexible sensors can be attached to clothes to detect body movements with high sensitivity. Proximity and pressure sensor sheets which can be formed into a variety of shapes detect movement and breathing without imposing a burden on humans through installation underneath a bed or floor. Pressure distribution measurement sheets that can follow the shape of a cushion allow the measurement of body weight distribution in real-time and monitor the state of people. For inquiries about this product or technology National Institute of Advanced Industrial Science and Technology TEL: flec-webmaster-ml@aist.go.jp URL: 3.Smart community demonstration project conducted by NEDO in Germany In addition to the exhibits mentioned above, NEDO will conduct panel exhibits on the smart community demonstration projects currently being performed in Germany. One of them is performed in the city of Speyer in Germany. Please go to the website below for more details.

21 We look forward to seeing you at the NEDO Booth at CeBIT 2017! About NEDO: New Energy and Industrial Technology Development Organization Chairman: Mr. Kazuo Furukawa Organization: -Incorporated administrative agency under the Ministry of Economy, Trade and Industry (METI) of the Japanese government - Established in 1980 Location: Kawasaki City, Japan Personnel: 919 (as of April 1, 2016) Budget: Approximately 130 Billion JPY 1.04 Billion (2016 FY) * 1 =125JPY 4.For more information, please contact: NEDO Public Relations Department Persons: Kotsusa, A. Suzuki nedo_press@ml.nedo.go.jp