battery Product List and Ranking from 333 Manufacturers, Suppliers and Companies | IPROS GMS

Cost-focused monocrystalline silicon type

Fixed-type solar cell "GRANSOLA(TM)"

Reduce costs while ensuring power generation: 'Monocrystalline Silicon Type'

Tohoku University Technology: Solid oxide fuel cell able to miniaturize : T08-142

Lamination technology that enables high electric power density without compromising power generation efficiency

Fuel cells are attracting attention as an environmentally friendly energy, and various forms are being researched and developed. Solid oxide fuel cells are focused from the energy efficiency perspective. 　For a solid oxide fuel cell containing multi-cells, fuel and air are supplied separately from the same direction to the anode and cathode of each cell, which requires a fuel and an air supply unit, respectively. In addition, since the solid oxide fuel cells have a structure in which a solid electrolyte is sandwiched between an anode and a cathode, the fuel and air supply system becomes complicated in order to supply them separately to the anode and cathode which are close to each other. This is the reason why the full cell miniaturization was difficult. 　This invention is based on the structure of the electrode layer. By separating the fuel and air input & output respectively, a smooth flow can be achieved and the power generation efficiency can be improved.

Introduction to products and processing technologies for micro battery components.

Introduction of components for silver oxide batteries and components for air batteries.

Introducing components for micro batteries. Mercury-free technology: We have achieved a pressing process (patented) that thoroughly eliminates gas generation from the negative electrode can for the mercury-free production of button batteries.

Meeting high technology needs! "Ultra-thin austenitic stainless steel deep drawing"

It is also possible to deep draw different shapes, such as a perfect circle for the upper part and an ellipse for the lower part! This is a technology that allows deep drawing of ultra-thin stainless steel material.

We would like to introduce our "Ultra-thin Austenitic Stainless Steel Deep Drawing." This technology allows for deep drawing of an extremely thin stainless steel material with a thickness of t0.1. Furthermore, it is also possible to deep draw different shapes, such as a perfect circle at the top and an ellipse at the bottom. 【Features】 ■ Capable of deep drawing an extremely thin stainless steel material with a thickness of t0.1 ■ Able to deep draw different shapes *For more details, please refer to the PDF document or feel free to contact us.

Shinwa Industry Solar Power Generation

The trigger was the Great Hanshin-Awaji Earthquake.

Our company has been designing and manufacturing small-scale power sources utilizing solar panels to meet customer needs for some time. However, during the Great Hanshin-Awaji Earthquake in 1995, our company building was partially destroyed, resulting in a prolonged power outage that hindered our operations. From this lesson, we recognized the usefulness of solar cells during disasters and have since focused on the development and production of solar cell application devices.

Lithium Iron Phosphate Secondary Battery "CORE PACK LF Series"

Achieving safety and lightweight with excellent energy density! It has a wide operating temperature range.

The "CORE PACK LF Series" is a 3.3V lithium iron phosphate secondary battery that achieves approximately four times the cycle life and three times the float/calendar life compared to conventional ternary lithium-ion batteries. By designing the depth of discharge (DOD) to be smaller, the cycle life can be further extended. Additionally, with 80% of the capacity used, it is possible to achieve approximately 12,000 cycles. 【Features】 ■ Long lifespan ■ Lightweight ■ High reliability ■ High performance ■ Safety *For more details, please refer to the PDF document or feel free to contact us.

Information on the processing of lithium and the manufacturing and processing of lithium alloys.

Argon gas atmosphere processing in the glove box! Leave it to us for anything related to metallic lithium.

At Honjo Metal Co., Ltd., we process lithium and manufacture and process lithium alloys for use in batteries and chemical catalyst applications. By adopting a 24-hour automatic argon gas supply system, we maintain the internal pressure of the airtight box in optimal condition, preventing the intrusion of moisture from the atmosphere. Our lithium foil products are highly regarded by manufacturers both domestically and internationally as battery-grade lithium foil due to their low internal resistance and excellent storage characteristics. 【Products】 ■ Lithium foil ■ Lithium strips ■ Rolled lithium foil ■ Coin-type lithium ■ Lithium laminated products, etc. *For more details, please download the PDF or feel free to contact us.

IFUC-500 Battery Power Unit

IP67 certified! Waterproof and dustproof power supply device. For emergency disaster situations and BCP measures! Independent emergency power supply unit.

"More affordable than lithium and higher performance than lead." Uses PELICAN cases with IP67 certification. With a tough body that is dustproof and waterproof, it can withstand even the harshest conditions, delivering energy to the places that truly need it as quickly as possible during disasters.

IFU-2000/4000 Large Capacity Storage Battery Power Unit

Large-capacity independent power supply unit for securing power during disaster prevention, emergencies, BCP measures, and planned power outages.

More reasonable than lithium and higher performance than lead. Bringing backup power closer to you. Customizable design sizes according to the usage location, such as offices, hospitals, and commercial facilities. Additionally, effective use of surplus power for peak shifting and cutting for energy-saving measures.

Power supply units strong in disaster sites [Ifsee Series]

Free download of 'Disaster Prevention Battery On-Site Utilization Simulation'! From small offices to government agencies, disaster prevention measures by organizational unit!

The IFSEE series is a battery power unit that combines the highest level of waterproof and dustproof standards, IP67, with the toughness to tow debris and operate in flooded areas. We aim to deliver peace of mind to places where securing power is difficult as quickly as possible. === [Free Disaster Response IFU Utilization Simulation by Organizational Unit Available Now] === When considering disaster prevention and response measures, there is a concept to clarify and facilitate roles. This gained attention during the Great Hanshin-Awaji Earthquake and has been further emphasized in the context of the Great East Japan Earthquake. You can view a free simulation of the on-site utilization of disaster prevention battery units by organizational units, categorized as "Self-help / Mutual assistance / Public assistance," by downloading from the link below. We hope you find it useful for your future disaster prevention measures.

Solar Power Generation & Storage Device "Raku Solar Mini Hi"

Easy power generation! With the newly lightweight solar power generation and storage device, you can feel secure even during power outages.

The "Raxolar Mini Hi" is a solar power generation and storage device that stores electricity generated from solar energy in its built-in battery, allowing it to be used as a USB power source or for household power (100V). It does not require commercial power sources and can be charged anytime and anywhere as long as there is sunlight, making it highly useful during disasters and for outdoor activities. This compactly designed product is easy to carry, safe, quiet, and odorless, making it suitable for indoor use as well. In addition to charging via solar panels, it can also be charged using household 100V power. 【Features】 - Achieves low cost due to the built-in lead battery (can be changed to a lithium battery) - Comes with an LED light, convenient for working in tight spaces without power - Displays battery level on an LCD panel - Battery lifespan allows for 1,700 uses at 30% usage (battery replacement is also possible) *For more details, please refer to the PDF document or feel free to contact us.

High-capacity lithium-ion rechargeable battery DLG-LiF12V100

2000 cycles! The raw material is iron phosphate, so it is very safe!

The "Large Capacity Lithium-Ion Rechargeable Battery DLG-LiF12V100" has a cycle life of more than four times the usual (1500-2000 cycles) and is made from lithium iron phosphate, making it very safe. The maximum output is 100A 1C, the output voltage is DC12-13V, and the rated output is 50A MAX 1C (100A). For more details, please contact us or refer to the catalog.

Super High Rate Lithium-Ion Battery Technology for EV Sports Cars

High-performance charge and discharge characteristics expected for next-generation HEVs / high-speed model EV sports cars.

Our company is a technology group specialized in the development and commercialization of high-performance lithium-ion batteries. Enax offers one-stop solutions. 1. "We want a power source for next-generation HEVs" with a capacity of "○○" and performance of "×××." This is where everything begins. → 2. Concept design → 3. Cell or pack design → 4. Engineering sample production → 5. Process design → 6. Mass production We have challenged various lithium-ion battery function developments and worked collaboratively with our customers to solve problems. High-performance charge and discharge characteristics expected for next-generation HEVs and high-speed model EV sports cars. [Super high-rate functionality achieves the following] ■ Fast charging: Enables 90% charge in 3 minutes ■ High-temperature characteristics: Can charge and discharge at 80°C ■ Low-temperature startability: Can charge and discharge even in extreme cold at -40°C ■ Power regeneration: Recovers regenerative energy efficiently with over 100c input/output performance Enax is responsible for this development with its self-developed super high-rate lithium-ion battery technology. *For more details, please refer to the PDF materials or feel free to contact us.

[High-Performance Battery Development] Ultra High Input-Output Battery <World's Fastest Level of Input and Output>

Securing over 10 times the capacity while ensuring high output beyond that of a capacitor! Manufacturing at low cost is possible.

Our company is currently using capacitors in the development of HEVs and starter batteries, and we are introducing a solution to meet the demand for higher capacity. By achieving heat resistance that can withstand ultra-high temperature environments of over 80°C, which is close to the temperature conditions in the engine room, we have made it possible to reduce the weight of the battery pack by minimizing the cooling function. As a result, we have successfully contributed to the improvement of weight and capacity energy density and increased the design flexibility of our products. 【Required Performance (Excerpt)】 ■ Voltage: 2.0–4.0V (Rated 3.1V) ■ Capacity: 4.0Ah (12.4Wh) ■ Size & Weight: W149 x D175.5 x T4.2 mm 192g ■ Operating Temperature Range: 0–80°C (Current limit applies depending on temperature) ■ Product Features: High-temperature compatibility, compact high-current applications *For more details, please refer to the PDF document or feel free to contact us.

[High-Performance Battery Development] Silicon Anode Battery Extends Flight Range of Large Drones

A cell structure unique to laminated cells that allows for external pressure application! It addresses concerns about lifespan and safety.

For solutions represented by drones and flying cars, requirements include "high capacity," "mid-rate," "light/small," and "high safety." Batteries that can withstand high loads in a short time while ensuring safety are necessary. At Enax, we are currently developing silicon anode cells with performance equivalent to widely used lithium polymer cells, significantly improving safety, reliability, and lifespan, which are their drawbacks, through module technology for new solutions. In collaboration with material manufacturers possessing core technology in silicon anodes, we are addressing concerns about lifespan and safety by utilizing a cell structure unique to laminated cells that allows for external pressure application to suppress silicon expansion. 【New Si-based Battery】 ■ Weight Energy Density: 180–240 Wh/kg ■ Input/Output Performance: Continuous 10C, Momentary 20C ■ Safety Performance: Fire Resistance 〇, Drop Impact 〇 ■ Battery Lifespan (Cycles): 〇 500 cycles *For more details, please refer to the PDF document or feel free to contact us.

Next-Generation Battery Development: Lithium-Sulfur Batteries Aiming for High Energy Density

More than twice the advantage in weight energy density! It is used in products that require safety and lightweight, such as high-altitude unmanned aerial vehicles.

Our efforts towards lithium-sulfur batteries are being promoted in collaboration with major domestic and international partners as one of our challenging development themes, focusing on the practical application of medium to large lithium-sulfur batteries. With an energy density of over 400Wh/kg, they are very high-density and lightweight, making them suitable as the main power source or auxiliary power for airplanes, airships, and balloons that conduct observations at high altitudes for several months or more. Additionally, compared to conventional liquid lithium-ion batteries, they offer significantly higher safety and a wider usable temperature range, preventing potential fire accidents and minimizing the necessary components for insulation. **Features** - Excellent for low-rate long-duration operation - Higher safety - Low-cost materials - Maintenance-free - Low environmental impact *For more details, please refer to the PDF materials or feel free to contact us.*

Battery inventory lineup

This is the lineup of battery stock handled by Tokyo Tron.

【Example of Manufacturers Handled】 - maxell - FDK - VARTA - GS YUASA - WELL LINK (KINETIC) etc. We also provide purchasing agency services. We support all types of procurement from prototyping to mass production and cost reduction. For more details, please download the catalog or contact us.

Innovative technologies for lithium-ion secondary batteries and the latest technologies for next-generation secondary batteries.

○Publication Date: September 27, 2013 ○Format: B5 size hardcover, 216 pages ○Price: 55,000 yen (excluding tax) → STbook member price 52,190 yen (excluding tax) Published by: Technical Education Publishing Co., Ltd. Sales by: S&T Publishing 【Authors】 Kunihiro Tatsumi (National Institute of Advanced Industrial Science and Technology) Shigeto Okada (Kyushu University) Tetsuo Sakai (National Institute of Advanced Industrial Science and Technology) Masashi Kanemura (Tokyo Metropolitan University) Masayoshi Watanabe (Yokohama National University) Ryoji Kanno (Tokyo Institute of Technology) Masahiro Tatsumisuna (Osaka Prefecture University) Akitoshi Hayashi (Osaka Prefecture University) Hideya Yoshitake (Yamagata University) Yuki Orikasa (Kyoto University) Yoshiharu Uchimoto (Kyoto University) Junichi Kawamura (Tohoku University) Shinichi Komaba (Tokyo University of Science) Nobuaki Yabuuchi (Tokyo University of Science) Rika Hagiwara (Kyoto University) Masayuki Morita (Yamaguchi University) Nobuko Yoshimoto (Yamaguchi University) Jiro Sakata (Toyota Central R&D Labs, Inc.) Atsushi Sakuta (National Institute of Advanced Industrial Science and Technology) Hikari Sakae (National Institute of Advanced Industrial Science and Technology)

Practical application of all-solid-state lithium-ion batteries and the new materials market.

Clearly introduces the limitations of liquid systems and the challenges of all-solid systems through abundant charts and point explanations based on mechanism of action and model calculations.

Published on April 23, 2021 A4 size, 306 pages, color copy binding Research and writing by Hidetaka Sugawara ○ What will change and what will not with all-solid-state batteries... ○ The limitations of current liquid electrolytes are performance, safety, and cost ○ There are many research examples, but many cases disappear midway; the reasons for this ○ The electrochemical points of all-solid-state cells, with many unknowns ○ Expectations for new material systems in ion PATH formation ○ Should safety testing standards be newly established, or are they unnecessary? ○ Will the decarbonized generation of EV batteries be liquid-based, solid-based, or a coexistence of both? ○ Explaining expectations for all-solid-state batteries through mechanisms of action and models with numerical estimates as much as possible Small all-solid-state batteries as electronic components have already begun mass production and sales. Toyota Motor Corporation, which is leading in automotive applications, recently announced plans to release all-solid-state battery vehicles by 2025. While there is an overwhelming amount of extremely fragmented information on this topic, there is a lack of quantitative numerical information to assess the mid- to long-term practical level. This book aims to introduce the possibilities of all-solid-state lithium-ion batteries based on experiences in the development, manufacturing, and sales of liquid lithium-ion batteries, focusing on the items listed in the subtitle.

[Proposal for Evaluation Device] BMU Evaluation Device

Introducing a proposal for battery-related evaluation devices! BMU evaluation can also be conducted.

This product is an evaluation device that can assess not only the battery but also the Battery Management Unit (BMU). It is capable of creating, controlling, and managing charge and discharge test patterns using a computer. 【Specifications】 ■ Voltage: 0–750V ■ Current: ±1,000A ■ Power: ±500kW *For more details, please refer to the external link or feel free to contact us.

Taiwan-made lithium-ion battery (start-stop battery)

It is an innovative lithium-ion secondary battery for four-wheeled vehicles, ships, and generators that improves safety compared to conventional products, is lightweight, and has a long lifespan.

Our start-stop batteries are manufactured in Taiwan, ensuring reliable manufacturing and quality control, allowing you to use them with confidence. They not only provide stable power supply and energy savings but also reduce fuel consumption and CO2 emissions. Horsepower can also be increased. We have a proven track record with world-renowned automotive brands such as Skoda, Nissan, Toyota, Volvo, and Jaguar, and have received positive feedback. Due to their large capacity, they are suitable as replacements for AGM batteries of 105AH or more. They can also be used in ships and generators. The voltage is stable, and the ignition spark is larger than that of lead-acid batteries, making them a reliable choice. *We have staff available who can communicate in Japanese, so if you have any inquiries regarding our products, requests, or would like to request a sample, please feel free to click the "Contact Us" button and reach out to us.*

Used as a backup power source during power outages or emergencies. 'Energy storage system'

Use the electricity stored at night during the day. Shift the peak and reduce the demand!

By adopting domestically produced deep cycle lead batteries, we have created a safe and low-cost product. It features a total battery capacity of 7.2 kWh and an inverter output of 3 kVA (AC100V), allowing for connection to the distribution board instead of a power outlet, enabling the use of indoor lighting. 【Features】 ■ Large capacity, low price ■ Easy operation with a touch panel and display of operating status ■ Optimal operation for necessary environments with three operating modes ■ Controller and battery are of a separated type *For more details, please contact us or download the PDF.

Case Study: "ncbs-1, Rixus Shizuoka Co., Ltd."

[Case Study] We would like to share feedback from users who have implemented "ncbs-1".

We would like to introduce a user interview with Rixus Shizuoka Co., Ltd., which has implemented the lead battery performance degradation prevention service "ncbs-1," utilizing a lead battery activation solution developed through a unique manufacturing method. The reasons for deciding to implement ncbs-1 include the ability to convey the importance of "using things for a long time" to employees, as well as the fact that it can be done at a quarter of the price of purchasing new batteries, which naturally leads to expected reductions in expenses and electricity costs. [Contents] - Reasons for deciding to implement ncbs-1 - The transportation industry has a significant environmental impact, but this system helps reduce that impact - The number of charging cycles has decreased, leading to increased work efficiency - Expense reduction situation at Rixus Shizuoka Co., Ltd. For more details, please contact us or download the catalog.

【Service Features】Expansion into Environmental Energy Equipment Logistics Services

Logistics services for energy storage systems, EV chargers, solar power generation systems, and wind power generation!

Our company utilizes the know-how and assets of residential logistics to also offer "environmental energy equipment logistics services." For "industrial storage batteries," we provide a variety of logistics services nationwide, including procurement from overseas factories, maritime transportation, customs clearance, de-vanning, storage, delivery to construction sites, unloading, and installation. Additionally, for "EV chargers," we can store small quantities at our nationwide locations and offer delivery services with shortened lead times. [Types of Environmental Energy] ■ Storage Systems ■ EV Chargers ■ Solar Power Generation Systems ■ Wind Power Generation *For more details, please refer to the PDF document or feel free to contact us.

Portable 3-way refrigerator 'COMBICOOL ACX35G'

A portable 3-way refrigerator that can be used anywhere. It works with AC 100V, DC 12V, and commercially available cassette gas!

With the COMBICOOL ACX35G, you can use it with AC100V / DC12 power supply, and it's also fine to use without any power source. It operates for about 24 hours on a single commercially available gas cartridge (250g). The control unit is located at the top for easy access, and ignition is as simple as pressing a button. Temperature adjustment is also easy with dial operation. Therefore, it is sure to be useful outdoors where there is no power supply. Additionally, it is equipped with a flame-out safety device, so you can use it with peace of mind in case of emergencies. 【Features】 ■ Elegant aluminum body with a uniquely designed top surface ■ Achieves a completely vibration-free and ultra-quiet environment without the need for any moving parts like compressors or fans used in typical refrigerators ■ User-friendly control unit ■ Can store 8 vertical 2L PET bottles *For more details, please refer to the PDF document or feel free to contact us.

Lithium iron phosphate ion battery

High safety and long lifespan! Lithium iron phosphate ion batteries added to the lineup.

At ARCA Corporation, we handle "lithium iron phosphate ion batteries." Lithium iron phosphate secondary batteries have a strong "olivine" crystal structure formed by the combination of phosphorus and oxygen, and they are thermodynamically very stable, showing no oxygen generation or heat generation up to about 400°C. We also offer packaged products that can be selected according to the application and installation location. 【Features of Lithium Iron Phosphate Secondary Batteries】 ■ High safety ■ Long lifespan ■ Fast charge and discharge ■ Rare metal free *For more details, please refer to the PDF materials or feel free to contact us.

Hydro Shuttle (Package-type Hydrogen Station)

Compatible with both fixed and mobile types! Excellent cost performance!

The currently trending hydrogen station! The Hydro Shuttle product is compatible with all types, including stationary (on-site, off-site) and mobile. It is a cost-effective packaged hydrogen station. We also offer assistance with various subsidy applications!

Lithium battery

Quality and reliability made in Japan! We offer a wide variety of shapes and sizes.

The "lithium batteries" handled by our company are environmentally friendly batteries that do not use harmful substances regulated by the RoHS directive. With high energy density and excellent storage characteristics, our lithium batteries are enhanced with FDK's technology for long-term reliability. We offer a wide range of products that facilitate equipment design and provide stable power supply for extended periods across a broad temperature range. 【Features】 ■ Stable discharge voltage ■ High design flexibility for equipment ■ Usable from low to high temperatures (-40℃ to +85℃) ■ Long-term use of 20 years ■ Available in thin, cylindrical, and coin shapes *For more details, please refer to the PDF document or feel free to contact us.

About the activation treatment of alkaline storage batteries.

We are taking measures to eliminate and alleviate deterioration, and we only provide batteries that can be continuously used.

There are various symptoms of degradation factors in alkaline batteries, such as "short circuits due to separator deterioration" and "short circuits due to the growth of negative electrode dendrites." Continuing to use degraded batteries as they are can lead to fires or troubles during charging, which could pose significant problems, especially in clean rooms or factories dealing with food. In our reactivation treatment, addressing and alleviating this degradation state is positioned as an important item. We have established detailed inspection items for understanding the battery's condition, and we will carry out treatments to ensure that we can only provide batteries that can be safely used continuously in the future. Additionally, you can view materials on "battery cost reduction proposals" from the PDF download, so please take a look. 【Inspection Items】 ■ Pre-inspection before reactivation treatment ■ Measures to reduce degradation ■ Confirmation of current status ■ Reactivation treatment ■ Confirmation of capacity after reactivation treatment *For more details, please refer to the PDF materials or feel free to contact us.