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Site Visit
Site Visit ～Decarbonization, energy saving, renewable energy technology,
Experience the cutting edge of energy management systems! ~
At this exhibition, visitors can see the cutting-edge research and development related to decarbonization and energy, energy management and systems for regional and urban development, and the latest facilities for buildings such as ZEB/ZEH, as well as energy-saving activities, renewable energy, We will conduct "Site Visits" with the aim of accumulating knowledge for promoting decarbonization and having participants connect with their own initiatives.
1. Implementation overview
- In principle, this event is intended for those who will be attending this exhibition. Participation fee is free.
- Tours are available on a first-come, first-served basis. Please refrain from inviting colleagues from the same industry.
- The participation application form (starting accepting applications) will be available from 13:00 on Monday, December 18th on the "Site Visit" page on the ENEX official website.
- The application period is from 13:00 on December 18, 2023 to 18:00 on December 27, 2023.
- Registration will close when each facility reaches its capacity.
- The tour will consist of gathering at the site and disbanding at the site. Participants are responsible for paying for transportation, accommodation, etc. expenses necessary for the tour.
- Tours may be canceled if the minimum number of participants determined by each facility is not reached.
- Tour dates and times of each facility and tour contents are subject to change due to circumstances. Please note.
- Participants will be contacted by each facility regarding their tour on the day.
- Participation tickets will be distributed to participants during the exhibition period at the "Energy Saving Center Booth" in the ENEX2024 exhibition hall.
Participation application form
- Please apply using the application form for each facility introduction.
- Application period: December 18, 2023 13:00 to December 27, 2023 18:00
2. Introduction of tour facilities
Regional development/corporate collaborationCapacity: 17 peopleToyosu Smart Energy Center (Tokyo Gas)
Implementation date and time
February 2, 2024 (Friday) 14:30-16:00
Equipment outline
In recent years, as the importance of a sustainable society and environmental issues such as decarbonization has increased, the Toyosu Pier area is based on the town development vision "Toyosu Green Eco Island Concept" formulated by Koto Ward in June 2011. Pioneering environmental urban development is underway through public-private collaboration.
The smart energy network has been adopted as an energy system for environmental urban development that aims to save energy, reduce CO2, and improve energy security in the entire Toyosu area, which has the Toyosu Market, which is a core market in the Tokyo metropolitan area, and is undergoing redevelopment.
In line with the progress of urban development, we are gradually expanding the smart energy network as infrastructure that supports the advancement of urban functions by improving environmental friendliness and disaster prevention/mitigation.
Target audience
Other companies in the same industry are not allowed
access
Once we have decided on the number of visitors, we will inform you separately.
PR
https://www.tokyogas-es.co.jp/case/redevelopment/toyosu_sec.html
Application form
The registration time has ended
Regional development/corporate collaborationCapacity: 12 peopleToranomon 1/2-chome district energy plant (Toranomon Energy Network)
Toranomon Hills Business TowerImplementation date and time
January 31, 2024 (Wednesday) 13:30-15:00
Equipment outline
A combined heat and power energy center (heat supply facility + specified power transmission and distribution facility) will be installed in the Toranomon 1-2-chome district to supply environmentally friendly electricity and heat, which is necessary for the continuation of urban functions even in the event of a disaster. We are contributing to the creation of safe and secure cities by supplying energy and heat.
Target audience
energy supplier
access
PR
We will introduce our power leveling and demand response initiatives using large-scale thermal storage tanks and CGS, our track record of energy conservation in collaboration with consumers, energy management using AI, and energy supply during disasters.
https://www.hptcj.or.jp/Portals/0/data0/documents/2023DSM/Sougou1%20Toranomonn.pdf
Application form
The registration time has ended
Architecture related/ZEB/ZEHcapacity 15 peopleHareza Tower (Tokyo Tatemono)
Implementation date and time
February 2, 2024 (Friday) 14:30-16:00
Equipment outline
“Hareza Tower”, which was completed in May 2020, is the first ultra-high-rise mixed-use building to receive “ZEB Ready” certification. We will explain our energy saving measures through a facility tour.
Target audience
If you are interested in energy saving methods for office buildings, please come and visit us.
access
1-18-1 Higashiikebukuro, Toshima-ku, Tokyo
https://hareza-ikebukuro.com/access/
PR
Hareza Ikebukuro
https://hareza-ikebukuro.com/
Application form
The registration time has ended
Architecture related/ZEB/ZEHcapacity 10 peopleHEMS Certification Support Center (Kanagawa Institute of Technology Smart House Research Center)
Implementation date and time
February 1, 2024 (Thursday) 14:00-16:00
Equipment outline
This is a test facility that conducts interoperability verification of "ECHONET Lite", a standard communication protocol for smart houses. We will also explain the current status of the adoption of IoT in homes.
Target audience
Anyone is welcome to visit.
access
PR
Kanagawa Institute of Technology Smart House Research Center Homepage
http://sh-center.org/
Application form
The registration time has ended
Advanced technology/products/energy management/managementCapacity: 20 peopleNational Institute of Advanced Industrial Science and Technology Waterfront City Center Cyber-Physical Systems Research Building
Implementation date and time
February 1, 2024 (Thursday) 14:00-16:00
Equipment outline
This research building, which began full-scale operation in April 2019, will promote "human-machine collaborative AI research" in which various machines cooperate with and support humans by combining AI technology and robot technology. Specifically, we will develop simulated environments (showcases) in the production, logistics, and drug discovery fields, and develop cyber-physical systems that include not only machines (processing machines, robots, etc.) but also workers within these simulated environments. Build. This will enable us to more efficiently improve productivity by converting environmental and work information into data and processing it using AI technology.
Target audience
Anyone is welcome to visit.
access
https://www.aist.go.jp/waterfront/ja/access/
PR
https://www.aist.go.jp/aist_j/news/pr20190207.html
You will see a connected factory model lab, a bio-experiment automation platform (Mahoro), etc. *Items may change without notice due to circumstances.
Application form
The registration time has ended
Advanced technology/products/energy management/managementCapacity: 30 peopleParamount Bed Saitama Branch *Facility using liquid desiccant air conditioner (Dyna Air)
Implementation date and time
February 2, 2024 (Friday) 15:00-16:00
Equipment outline
Visitors will be able to see an actual liquid desiccant air conditioner that uses an ionic liquid as a humidity control agent, and experience the properly humidity-controlled air inside a building.
Target audience
For those interested in liquid desiccant air conditioners (LD). Businesses considering reducing CO2 emissions from steam humidifiers.
access
PR
Dyna Air Co., Ltd. Homepage
https://www.dyna-air.jp/
Application form
The registration time has ended
Advanced technology/products/energy management/managementCapacity: 20 peopleThe National Art Center, Tokyo *Facility using the glass coating agent Fumin Coating (Fumin)
Implementation date and time
January 31, 2024 (Wednesday) 14:30-16:00
Equipment outline
All-glass museum
Target audience
We welcome anyone who would like to tour, regardless of industry or occupation.
access
7-22-2 Roppongi, Minato-ku, Tokyo
https://www.nact.jp/information/access/
PR
Humic coating
https://www.fumin.jp/business/index.html
Fumin homepage
https://www.fumin.jp/index.html
Application form
The registration time has ended
Advanced technology/products/energy management/management
*NEDO Strategic Energy Saving Technology Innovation Program ProjectCapacity: 20 peopleNational Institute of Advanced Industrial Science and Technology Waterfront City Center CPS Building Minimal Fab
*NEDO Strategic Energy Saving Technology Innovation Program ProjectCapacity: 20 people
Implementation date and time
February 2, 2024 (Friday) 14:00-16:00
Equipment outline
- Lithography demonstration and automatic transport demonstration using small semiconductor manufacturing equipment
- Wafer cleaning, exposure, resist coating, etc. can be performed in a place other than a clean room, and the process can be observed.
- Suitable for low-volume, high-mix production of semiconductor devices, with low power consumption and large energy-saving effects
Target audience
Those interested in semiconductors
access
AIST Waterfront City Center
https://www.aist.go.jp/waterfront/ja/access/
PR
- Compared to large semiconductor mass production equipment, the equipment is inexpensive and simple, and does not require a clean room, making it extremely low cost.
- Low power consumption, few raw materials and consumables, and low maintenance costs
- The time required for manufacturing training is short, and the ease of access with no need for a clean room makes for high educational efficiency.
Minimal Fab Promotion Organization Home Page
https://www.minimalfab.com/
Application form
The registration time has ended
Advanced technology/products/energy management/management
*NEDO Strategic Energy Saving Technology Innovation Program ProjectCapacity: 10 peopleMabuchi Industries Co., Ltd. Research Building (Mabuchi Industries)
*NEDO Strategic Energy Saving Technology Innovation Program ProjectCapacity: 10 people
Implementation date and time
Tuesday, February 6, 2024, 13:30-15:00
Equipment outline
- Steady state operation of a 5 kW class ORC power generation system
- WEB monitoring system ~ Observe the status of the ORC power generation system on the WEB
- Basic performance explanation of the equipment scheduled for sale
Target audience
- Companies and public organizations that have waste heat (exhaust gas, waste hot water, etc.) of 80℃ to 200℃ or higher and want to use it effectively; waste treatment companies, chemical manufacturers, food companies, and hot spring businesses. , geothermal utilization businesses, etc.
- Lease companies, energy supply companies, power generation system manufacturing and sales companies, etc., companies that can cooperate with OEM manufacturing.
- Person in charge of equipment at a factory that uses low-temperature waste heat
-
- Low temperature waste heat:
- Waste hot water: About 100L/min of hot water at 75-95℃
- Waste gas:
- Temperature is around 200℃
- Hot spring heat:
- Hot spring water 75-95℃ hot spring water about 100 L per minute
- waste disposal company
- Individuals or companies that manage hot spring sources
- Heating furnace manufacturers who want to utilize hot water
- cleaning shop
- Persons involved in biomass boilers
- Environmental division of public institution
access
Mabuchi Kogyo Co., Ltd. Research Building
1-8-31 Hachihonmatsu, Taihaku-ku, Sendai City
https://mabuchi-engineering.com/access/
PR
This is a device that can generate electricity from heat that was previously wasted.
This device eliminates the need to spend money on discarding heat, and contributes to a decarbonized society by generating electricity and efficiently using heat.
With this system, electricity generated from waste heat from factories, etc. is stored in a battery, and by utilizing this energy, it is possible to provide a stable power supply. Through this, we aim to strengthen the backup system for energy supply in local communities.
CO2 reduction amount approximately 9,124 kg/unit
*However, if the operating rate is 80% and the power generation capacity (effective power generation output) is 3 kW.
It may fluctuate depending on temperature conditions such as hot or cold water.
Application form
The registration time has ended
Advanced technology/products/energy management/management
*NEDO Strategic Energy Saving Technology Innovation Program ProjectCapacity 8 peopleIMUZAK Co., Ltd.
*NEDO Strategic Energy Saving Technology Innovation Program ProjectCapacity 8 people
Implementation date and time
February 7, 2024 (Wednesday) 13:30-15:00
Equipment outline
At IMUZAK Co., Ltd.'s office and Yamagata Prefectural Industrial Technology Center
- Road surface drawing device demonstration machine *NEDO Strategic Energy Saving Technology Innovation Program project
- Airborne video demonstration machine
- Ultra-precision processing machine (Yamagata Prefectural Industrial Technology Center facility)
- Various evaluation devices (IMUZAK and Yamagata Prefectural Industrial Technology Center facilities)
Target audience
- optical design
- Microfabrication
- Airborne lens (microlens array)
- Functional surface treatment
For those and companies interested in the above content. For other people and companies who are interested in our technology.
access
IMUZAK Co., Ltd.
2-2-1 Matsue, Yamagata City, Yamagata Prefecture 990-2473
Joint research room 104 in Yamagata Prefecture Advanced Technology Research and Development Center
Please check the URL below to access our company.
https://imuzak.co.jp/company/
PR
We are a technology development venture company operating within the Yamagata Prefectural Industrial Technology Center in Yamagata City, Yamagata Prefecture.
Although we are a small household, we would be happy to assist you with your development with the wide range of support that comes with being a fabless company.
We have uniquely developed technology that also leads to energy savings.
If you are interested, please let us know.
Click here for an overview of various technologies.
- High brightness road drawing device
- floating lens
- Functional surface treatment
- Microfabrication technology
IMUZAK homepage
https://imuzak.co.jp/
Application form
The registration time has ended
Decarbonization-related technologycapacity: 15 peopleCentral Research Institute of Electric Power Industry, Abiko District
Implementation date and time
February 1, 2024 (Thursday) 13:15-15:15 (Time required: Approximately 2 hours)
Equipment outline
- Turbulence modeling wind tunnel (equipment for reproducing atmospheric flows in detail. Used for environmental assessments of geothermal power plants, etc.)
- Introduction to research and development of environmentally friendly concrete
- Environmentally friendly main building design and efforts to save energy in the cafeteria kitchen
Target audience
- Those considering joint research with our office
- Those considering outsourcing research to our office
- Anyone else interested in our efforts
access
- [address]
- 1646 Abiko, Abiko City, Chiba Prefecture 270-1194
TEL:04-7182-1181 - [transportation]
- A dedicated bus runs from the north exit of Abiko Station on the JR Joban Line.
bus timetable
https://criepi.denken.or.jp/intro/pdf/busschedule.pdf?202301
Reference: Depart Abiko Station North Exit 12:50 → Arrival at Central Research Institute of Electric Power Industry Main Building 12:58
When you arrive, please come to the front building "Main Building" reception.
PR
- Turbulent transport modeling wind tunnel related
- Environmentally friendly concrete related
- Dining room kitchen related
Application form
The registration time has ended
*Please note that on the day of the tour, you may not be able to tour all of the facilities listed in the link.
