Notice of Booth Exhibition at the 23rd SMART ENERGY WEEK [Spring]

Container-type large-scale energy storage system | Achieving large-scale energy storage solutions for decarbonization, reduction of electricity costs, BCP measures, and more.

Decarbonization, reduction of electricity costs, BCP measures, and more, achieving large-scale energy storage solutions. CONNEXX SYSTEMS' large-capacity storage systems are ideal for MWh-scale projects. By customizing battery capacity, we realize system designs tailored to specific needs. We address a wide range of needs, including the independence of renewable energy sources, stable power supply, and measures against power outages.

• Lithium-ion battery

The industrial storage battery system LUVIS, which features a model compatible with the DC link method for storing solar power in direct current.

【DC Link Compatible Industrial Energy Storage System】 ● A lineup of models compatible with the "DC Link Method (Direct Current Connection)" that stores solar power in its original DC form. ● Reduced power loss due to fewer power conversion cycles, improving the utilization efficiency of the storage battery. Features of DC Link Compatible Models ▷ DC Link has a higher charging efficiency from solar power to the storage battery compared to AC Link. ▷ DC Link can perform overloading charging of surplus power from solar energy. ▷ During long power outages, DC Link can directly charge surplus power from solar energy without the need for an accompanying PV power conditioner. This industrial energy storage system is designed to keep installation costs low with a reasonable system design, achieving reductions in electricity costs through self-consumption in conjunction with solar power, and providing measures against power outages during disasters. It pursues the best balance of efficient output and storage capacity. It contributes to the effective use of renewable energy and CO2 reduction, supports decarbonization efforts by reducing energy consumption through energy creation, and encompasses functions that promote energy conservation and SDGs management.

• Secondary Cells/Batteries
• Lithium-ion battery
• Power storage device

【Reliable salt damage resistance】 Industrial storage batteries with salt damage countermeasures | The design excels in maintainability, significantly expanding the installation scenarios for industrial storage batteries.

▼Industrial Storage Battery System <BLP> Salt Damage Countermeasure Model 【Salt Damage Resistant Battery】 Until now, our industrial storage battery systems could not be installed in areas affected by seawater or sea breezes. However, in response to numerous requests, we are now starting to accept orders for the industrial storage battery system <BLP> salt damage countermeasure model, which can be safely installed in coastal areas and salt-affected regions. 【Salt Damage Resistant Industrial Storage Battery】 Orders are now being accepted for the salt damage countermeasure model industrial storage battery system <BLP> (LB0700HN-S). There is no need to store it in a dedicated enclosure like a container, allowing installation in heavy salt damage areas and other previously abandoned locations, significantly expanding the installation possibilities for industrial storage batteries. ▼Excellent Maintenance Design - Rust-resistant stainless steel enclosure - Reliable dust and waterproof performance (Protection class IP66 / Salt damage protection C5-M) - Adopts a sealed structure using a panel cooler, eliminating the need for filter replacement and other maintenance.

• Secondary Cells/Batteries
• Lithium-ion battery
• Power storage device

Large-capacity, compact industrial storage system for disaster prevention, mitigation, and preparation for power outages during emergencies.

【Power Outage and BCP Measures】Industrial Storage Battery System Compact yet high-capacity! Achieves both power supply during emergencies and daily self-consumption (rated output 30kW / storage capacity 73.7kWh). A medium-sized industrial storage battery system that contributes to BCP measures for public facilities and businesses, reduces environmental impact, and supports local communities. Are you fully prepared for power outages caused by natural disasters that can occur at any time? The demand for storage batteries is increasing from facilities that serve as disaster response centers, such as hospitals, local governments, and childcare and nursing facilities. By introducing storage batteries, you can enhance disaster preparedness in schools, evacuation centers, roadside stations, and other community facilities. Additionally, it is suitable for maintaining operations in corporate offices, factories, warehouses, condominiums, large commercial facilities, dairy and livestock farms, and for backing up various industrial equipment. A reliable power outage measure with a high-output, high-capacity storage system/battery. A high-spec system with a rated output of 30kW and a storage capacity of 73.7kWh is made affordable. Conex Systems' medium-sized industrial storage battery system contributes to securing power supply during emergencies.

• Lithium-ion battery
• Other environmental equipment
• Power storage device

The goal is to understand the roles and functions of lithium-ion batteries and protection ICs, learn the basics of lithium-ion batteries and protection ICs, and provide fundamental information that can assist in the selection of protection ICs and subsequent circuit design. ● Target Participants - New employees and young designers at companies developing products related to lithium-ion batteries - Those who want to revisit the study of lithium-ion protection ICs - Those who are about to engage in circuit design related to lithium-ion batteries ● Agenda 1. What is a lithium-ion battery? 2. Types of lithium-ion secondary batteries (LIB) 3. Major manufacturers of LIB (Cell Maker) 4. LIB Supply Chain 5. Why is protection for LIB necessary? 6. Methods of LIB protection 7. Basic operation of protection circuits 8. Product lineup of Nisshinbo Micro Devices 9. Chip cross-section (process structure) 10. Rules for product names 11. Trends and considerations for secondary batteries (to be added in 2026) 12. Q&A

[Speaker] Naoto Ikeda, President and CEO of Granite Co., Ltd. / Automotive Economic Commentator [Key Lecture Content] In 2025, the extreme policies of various countries to "ban internal combustion engines by a certain year" were successively retracted, and the ambitious policy to convert all cars in the world to EVs has been shattered. However, the goal of "carbon neutrality by 2050" is still being upheld. As a result, the world has arrived at a "multi-pathway" approach. This framework allows everyone in the world, with different economic, infrastructural, and usage environments, to participate in CO2 reduction that suits their circumstances by intertwining various technologies. The most significant force expected within this framework is bioethanol. We invite you to participate in this opportunity to consider how the bioethanol technologies that the world is currently working on will change our future. [Lecture Items] 1. Reasons why EVs are not breaking through 2. Basic knowledge of carbon neutrality 3. What is bioethanol? 4. Japan's technology: "Toyota Yeast" 5. Specific strategies for dissemination: Drop-in 6. Challenges and solutions for bioethanol 7. Summary 8. Q&A / Business card exchange

[Speaker] Tadashi Takahara, Ph.D. President and CEO of Tech-T Co., Ltd. (Formerly of Toyota Motor Corporation / Samsung SDI) [Lecture Topics] <1> The Truth Behind the Expected Presidential Transition - Why Kenji Chika is the Right Choice Now - <2> Toyota's Global Sales Power Through Numbers - Its Position in the EV Era - <3> Where is the Future of Japanese OEMs Heading? - The Message from the Japan Mobility Show - <4> The Reality of Mobility Seen from Local Inspections in China - Seeing is Believing - <5> Decarbonization and Energy: Interpreting Toyota's Strategy - Redefining Multi-Pathways - <6> Toyota's Ongoing Transformation - Organization, Technology, Business Model - <7> Toyota's Future Business - A Major Shift to "A Company That Doesn't Sell Cars" - <8> Summary - What Should Japanese Companies Learn from Toyota's Changes? - <9> Q&A

[Speaker] Abeam Consulting Co., Ltd. NewTech Advisor Tomohiro Yoshida [Key Lecture Content] Recently, while more people are taking on the challenge of co-creation with trusted partners, there are also many voices expressing difficulties in the initial steps of new business development, such as "networking" and "idea generation," which hinder progress in co-creation. With the desire to provide hints to overcome these obstacles and support those who are challenging themselves to realize co-creation, we published the book "Grasping the Seeds of New Business - Co-creation Born from Trust Opens the Future." In this seminar, we will explain the trends in new business creation and the differences in the mindset and daily activities required at each step leading to commercialization. We will focus on the necessary mindset for those responsible for new business creation and the key points in the "0→1" and "1→10" phases to ensure that "networking" and "idea generation" are effectively connected to commercialization.

[Speaker] Alphaterra Advisory Inc. Senior Executive Advisor Kenji Matsushima [Key Lecture Content] The economic system worldwide is undergoing significant changes due to the Trump administration's tariff policies, and inflation is rapidly advancing globally. In the United States, environmental policies have also shifted 180 degrees, and the pace of BEV adoption has significantly slowed. The automotive industry must fundamentally change its traditional strategy aimed at carbon neutrality to a realistic strategy focused on profitability, but the polarization between winners and losers is becoming more pronounced. In this turbulent environment, we will consider the conditions for survival in Japan's automotive industry, survival strategies, and scenarios for future industry restructuring. [Lecture Items] 1. Three major changes attracting attention in the stock market 2. EVs experiencing significant slowdown due to the U.S. withdrawal from environmental policies 3. Intensifying competition for the practical application of autonomous driving 4. Urgent need for a shift in management strategy due to advancing inflation 5. Can Japan's automotive industry survive? 6. Scenarios for restructuring Japan's automotive industry 7. Q&A / Business card exchange