battery Product List and Ranking from 245 Manufacturers, Suppliers and Companies | IPROS GMS

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.

Hydrogen fuel cell UAV

Achieves excellent quietness and long flight duration.

Hydrogen Fuel Cell UAV - Achieves long flight times compared to conventional battery-powered and fuel engine systems - Refueling is completed in under 2 minutes with only the replacement of the hydrogen tank - Tool-free modular design ⇒ The payload section is also modular, allowing for quick changes according to purpose - Compliant with NDAA (National Defense Authorization Act) ⇒ Limits specifications for certain Chinese companies' imaging and communication equipment Please refer to the brochure for detailed specifications.

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.*

New Trends in Perovskite Solar Cells - Part 3

All perovskite tandem perovskite solar cells are advantageous with inkjet printing methods.

New Trends in Perovskite Solar Cell Manufacturing Part 3 Y-Drive Co., Ltd. Applying inkjet printing to every sheet of glass in roll-to-roll inkjet coating 3. New Trends in All-Perovskite Tandems ● Achieving over 35% power conversion efficiency in all-perovskite tandems

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.

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.

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.

Soft-made lithium primary battery

Pro-use batteries for military, space, marine, social infrastructure, and industrial markets.

This is a lithium primary battery from the French comprehensive industrial battery manufacturer Saft. It is a product with a proven track record in markets that require high quality, including the military, aerospace, marine, and social infrastructure. We offer large-capacity lithium primary batteries in single and D-size formats, which can be used for various applications ranging from memory backup to the main power source for IoT devices. Additionally, we can accommodate highly flexible battery pack configurations tailored to each customer's requirements, enabling long-term continuous operation for up to 10 years. ■ Lithium primary batteries capable of long-term operation proposals based on proven results in military, aerospace, marine, social infrastructure, disaster prevention, and industrial IoT. ■ Saft offers a lineup of large-capacity, high-output cells that are less commonly handled by other manufacturers. ■ Our multi-series and parallel battery pack proposals, backed by numerous operational results, can be used as independent power sources. ■ Lithium thionyl chloride primary batteries (ER batteries) that operate over a wide temperature range (-60°C to +85°C). ■ Explosion-proof performance certification (for some products). Please feel free to consult us when you need assistance.

Saft's MP/VL series lithium-ion batteries compatible with explosion-proof requirements.

High energy density, wide temperature range, long lifespan lithium-ion batteries.

- Cell lineup with IECEx certification (international explosion-proof standards established by the International Electrotechnical Commission (IEC)) - Operating voltage: 4.2V to 2.5V - Lithium-ion secondary batteries that can be used in low and high temperature environments (e.g.) MP xlr series: -35℃ to +60℃ MP xtd series: -40℃ to +85℃ - Cell lineup capable of charging in negative temperature environments (e.g.) MP xlr series: -30℃ to +60℃ MP xtd series: -30℃ to +85℃

High reliability and high quality LEXEL nickel-metal hydride battery.

Supports harsh environments from -40℃ to +80℃! Reduces design costs without the need for BMS. Achieves stable supply with world-class production volume and domestic inspection system.

LEXEL has an annual production capacity of 200 million units worldwide. We have our own inspection facilities in Japan and have established a thorough quality control system. Whether for industrial or consumer use, we offer optimal power solutions tailored to our customers' needs, from single cells to complex battery packs. 【Problems We Can Solve】 - Want to prioritize safety: Extremely low risk of ignition, safe to use even without a Battery Management System (BMS). - Want to reduce design and certification hassle: No need for PSE certification. Fewer restrictions compared to UN38.3 (transport regulations) like lithium batteries, making overseas export and transportation easier. - Want to fit into special shapes: Our highly flexible battery pack technology allows for customization to fit the available space in your equipment. *For more details, please download our materials or feel free to contact us.

Site-specific portable power supply "Goden"

Improve your work environment with silent and vibration-free operation! No worries about accidents caused by odors or exhaust gases.

The "Goden" is a site-specific portable power supply equipped with a long-lasting brushless fan that does not generate sparks. By adopting a portable battery instead of a generator used at construction sites, it is possible to eliminate noise, vibration, and exhaust gas emissions. We believe it can also contribute to economic benefits such as reducing the defect rate of work, maintenance costs, and fuel costs. 【Features】 ■ Dedicated to AC100V ■ Equipped with a pull-out prevention outlet ■ Equipped with a ground terminal ■ Equipped with a brushless fan ■ Rust-proof and moisture-proof coating *For more details, please download the PDF or feel free to contact us.

Experimental fuel cell "Microbial Fuel Cell"

Can also be used as school teaching materials! Generating electricity using the natural metabolism of microorganisms!

A "microbial fuel cell" is a bioelectrical device that generates electricity by utilizing the natural metabolism of microorganisms. All you need is soil. By placing soil in a container and setting the electrodes included in the kit, electricity is generated through the power of microorganisms. You can enjoy it in either LED mode or clock mode. It can also be used as an educational material in schools. 【Features】 ■ Generates electricity using the natural metabolism of microorganisms ■ Electricity is generated through the power of microorganisms ■ Electricity generation can be observed in as little as 2 to 3 days ■ Can be used as educational material in schools *For more details, please refer to the PDF document or feel free to contact us.

Biofuel Cell "Microbe Power"

Microorganisms in the soil generate electricity! Introducing a biofuel cell that can power a liquid crystal clock.

"Microbe Power" is a genuine biofuel cell (microbial fuel cell) that generates electricity through the action of microorganisms. The negative electrode uses a high-output flame-oxidized stainless steel mesh based on patent No. 6429632 from the National Agriculture and Food Research Organization. The test board features five types of resistors and voltage measurement terminals, allowing observation of microbial electricity generation activity. [Features] - Generates electricity through the action of microorganisms - Can power a liquid crystal clock - High-output flame-oxidized stainless steel mesh used for the negative electrode - The container is made of acrylic, beautiful, and highly durable - Enjoy microbial electricity generation simply by adding soil and water *For more details, please refer to the PDF document or feel free to contact us.

Past event record: "Basic Knowledge of Selecting Lithium-Ion Batteries" Webinar

Are you struggling with selecting batteries or battery packs? Tokado Energy, which handles everything from battery evaluation to manufacturing, will share key points on how to choose.

While the applications of lithium-ion batteries are expanding, there have also been reports of fire incidents, and many people may have vague concerns. To address these individuals, we will hold a webinar. "Fundamental Knowledge for Selecting Lithium-Ion Batteries" 1. Basic knowledge necessary for desk research - Types of batteries - Characteristics of various secondary batteries - Features of lithium-ion battery cells by material/type - Characteristics of lithium-ion battery pack enclosures/protection functions/charging methods - Understanding ratings 2. Is that battery pack really safe? (A collection of case studies to develop a discerning eye regarding safety-related content) [Event Overview] ■ Speaker: Daichi Goto, Technical Support, Tokado Energy Co., Ltd. ■ Date and Time: April 7, 2021 (Wednesday) 13:00 - 14:00 (approximately 1 hour) ■ Location: Online (Free: Pre-registration required. First 100 participants.) ■ Registration Deadline: April 2, 2021 (Friday) 17:00 *Notes If the number of registrations reaches 100, we will close registration even within the deadline. We kindly ask participants from competing companies to refrain from attending. Please note that the date and time of the event may be changed due to our company's circumstances. Thank you for your understanding.

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.

Proposal for Entering the Low Voltage System Battery Business

Proposal for entering the low-voltage battery storage business with a projected real yield of over 10% for a business period of 15 to 20 years!

This document is a proposal for those considering entering the low-voltage battery storage business. In addition to trends in electricity demand and background information such as VPP and DR, it includes an overview of the business, including battery capacity, output, estimated investment amount, and estimated payback period. It also includes simulations for immediately after the start of the business and over a 20-year period, which can be used as a reference for investment decisions. [Contents] ■ Background of the proposal (electricity demand, VPP, DR) ■ Overview (battery capacity, investment amount, estimated returns, etc.) ■ Simulation immediately after the start of the business ■ 20-year cumulative simulation *For more details, please download the PDF or feel free to contact us.

Proposal for reducing electricity costs by combining subsidies, electricity plans, and storage batteries.

Utilize the Ministry of Economy, Trade and Industry's DR subsidies! Switching to a market-linked plan is essential.

We propose a reduction in electricity costs by combining subsidies, electricity plans, and storage batteries. By utilizing the Ministry of Economy, Trade and Industry's DR subsidy, you can switch to the market-linked Remix Electric DR menu to reduce your electricity costs. This is recommended for businesses with a demand contract of 200 kW or more that use electricity after 4:00 PM. 【Overview】 ■ Combination of subsidies, electricity plans, and storage batteries ■ Utilization of the Ministry of Economy, Trade and Industry's DR subsidy ■ Switching to a market-linked plan is essential *For more details, please download the PDF or feel free to contact us.

Proposal for reducing electricity costs by combining power plans, storage batteries, and tax incentives.

Change your electricity contract to a market-linked plan and reduce your electricity costs with a storage battery! Immediate depreciation is also possible with the Small and Medium-sized Enterprise Management Enhancement Tax System.

We would like to introduce our "Electricity Cost Reduction Proposal." By combining electricity plans, storage batteries, and tax incentives, we can achieve electricity cost reductions starting from 2 million yen per year. This proposal is particularly effective for customers who use electricity after 4 PM and for those with demand contracts of 200 kW or more. 【Patterns that are likely to be effective】 ■ Customers with demand contracts of 200 kW or more (1.5 million to 3 million yen/month) ■ Customers who use electricity after 4:00 PM *For more details, please download the PDF or feel free to contact us.

Concentrator-type triple-junction GaAs solar cell (3C44C 10mm)

GaAs solar cells using InGaP/GaInAs/Ge on Ge substrate.

The "Concentrator Type 3-Junction GaAs Solar Cell (3C44C 10mm)" has an effective cell area of 10mm × 10mm = 100mm². The substrate material is InGaP/GaInAs/Ge on a Ge substrate, with dimensions of 10.1 × 10.5mm ± 0.1mm. The cell thickness is 190 ± 20μm. Additionally, the bonding methods include welding, soldering, and adhesive bonding. 【Design and Mechanical Characteristics (Excerpt)】 ■ Substrate Material: InGaP/GaInAs/Ge on Ge substrate ■ AR Coating: TiOx/Al2Ox ■ Dimensions: 10.1 × 10.5mm ± 0.1mm ■ Effective Cell Area: 10mm × 10mm = 100mm² ■ Cell Thickness: 190 ± 20μm *For more details, please refer to the PDF document or feel free to contact us.

Ground-based triple junction GaAs solar cell

Ground-based triple-junction GaAs solar cell with a cell thickness of 150±20μm.

The "Triple Junction GaAs Solar Cell for Ground Use" has a cell area of 30.18 cm². The substrate material is GaInP/GaAs/Ge on a Ge substrate, and the cell thickness is 150±20 μm. The average mass is ≦86 mg/cm² (cell). Additionally, the AR coating is TiOx/Al2O3. 【Features】 ■ Substrate material: GaInP/GaAs/Ge on Ge substrate ■ Cell area: 30.18 cm² ■ Average mass: ≦86 mg/cm² (cell) ■ Cell thickness: 150±20 μm ■ AR coating: TiOx/Al2O3 *For more details, please refer to the PDF document or feel free to contact us.