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battery Product List and Ranking from 330 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.

battery Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. ファルタ・マイクロバッテリー・ジャパン Tokyo//Testing, Analysis and Measurement
  3. 光アルファクス Osaka//Trading company/Wholesale
  4. 4 古河電池 本社 Kanagawa//Consumer Electronics
  5. 5 CONNEXX SYSTEMS Kyoto//Energy
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battery Product ranking

Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.

  1. Introduction to the very famous battery manufacturer in Europe, VARTA. ファルタ・マイクロバッテリー・ジャパン
  2. Battery pack for AGV/AMR/robots 三桜工業株式会社FA本部
  3. Rotary Heat Sealing Machine "Roget RM190 9028" シール栄登 本社
  4. 4 Secondary battery LG Energy Solution (Korean manufacturer) エーゼーゴム洋行
  5. 5 Towards a Decarbonized Society: Fuel Cell 'Bloom Energy Server' Bloom Energy Japan

battery Product List

586～600 item / All 1120 items

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Solar lighting system / Portable battery with solar power generation

Solar lighting system / Portable battery with solar power generation

The power source is the blessing of the sun, so it is a clean energy with no CO2 emissions.

We would like to consider the introduction of solar products, but: "The introduction of products that ensure brightness and lighting time is expensive and burdensome." "Cheap options have short brightness and lighting time, and lack reliability regarding lifespan." "To begin with, the sunlight exposure is poor, making solar installation impossible." "I don't know how to install them or where to consult." Audix Corporation will solve these problems. 【Product Lineup】 ○ PL Series Unit Type → Add units to existing mercury lamp poles or other poles later. ○ ALL in ONE Stand Type Garden Light GD Series → The most affordable and easiest to install. ○ Multi-Type Solar LED Light ML Series → Combines solar main units and illumination units. ○ Home Battery Type PT Series → Can be charged from a 100V outlet or solar panel and used as a battery. ○ PL Series Dedicated Pole Type For more details, please contact us or download the catalog.

  • LED lighting
  • Solar power generator
  • Power storage device

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Digital Research: Fuel Cells for Mobile Devices from the Perspective of Patent Information Analysis

Digital Research: Fuel Cells for Mobile Devices from the Perspective of Patent Information Analysis

Time series analysis and forecasting of technology development trends, new entry and retirement analysis forecasting, forecasting of technology development trends based on publicly available technologies, and analysis and forecasting using technology data, etc.

Patent Tech Co. compiled a report titled "Analysis Report on the Actual State of Technology Development for Fuel Cells for Portable Devices from the Perspective of Patent Information Analysis (Patent Map)" based on 3,846 published patents related to portable power fuel cells and micro fuel cells that were published between 1998 and 2007. The report includes a chronological analysis and forecast of technology development trends, an analysis and forecast of new entrants and retirements, forecasts of technology development trends for published technologies, and analysis forecasts based on technical data.

  • Printing/Publishing
  • Patent/Copyright related services
  • Fuel Cells

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Reuse technology and practical examples of lithium-ion batteries for vehicles.

Reuse technology and practical examples of lithium-ion batteries for vehicles.

Deterioration diagnosis, battery management, longevity enhancement, residual capacity evaluation.

Building a reuse system for used automotive lithium-ion batteries and introducing reuse examples! Detailed explanation of the latest technologies for lithium-ion battery degradation diagnosis, battery management, longevity, and residual capacity evaluation! An essential guide for effectively reusing used automotive lithium-ion batteries!

  • Technical and Reference Books
  • Lithium-ion battery
  • Other electric meters

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Tohoku Univ./ Yamanashi Univ. Technology : New Sulfidation Technology, n-Type SnS Thin Films and Solar Cells : T20-154

Tohoku Univ./ Yamanashi Univ. Technology : New Sulfidation Technology, n-Type SnS Thin Films and Solar Cells : T20-154

・ Safe, Low-Temp, and Impurity-Free Sulfurization Technology ・ Innovative n-Type SnS Thin Films for Next-Gen Solar Cells

Thin-film solar cells using SnS (tin sulfide) offer the following advantages: ・Free of toxic elements such as Cd and Te. ・Composed of abundant and inexpensive elements (Sn and S). ・Efficient light absorption at a thickness of just 2–3 μm (compared to ~500 μm for silicon). ・A conversion efficiency of 25.3% has been reported for homo p-n junctions. However, achieving high-efficiency SnS solar cells with a homo p-n junction requires n-type SnS thin films, which have been technically challenging to fabricate. In this invention, inventor successfully synthesized n-type SnS thin films for the first time using a novel sulfurization technique based on sulfur plasma. This breakthrough is expected to enable the realization of homojunction SnS solar cells in the future.

  • Public Testing/Laboratory

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Tohoku University Technology: Solar Cell: T12-157

Tohoku University Technology: Solar Cell: T12-157

High-efficiency solar cells made from environmentally friendly nitride semiconductors.

The nitride semiconductor InGaAlN can almost cover the entire solar spectrum, and its constituent elements are also environmentally friendly. Unlike conventional semiconductors, nitride semiconductors do not have lattice-matched substrates, resulting in many defects within the crystal. In solar cells, it is necessary to efficiently extract photo carriers. As a strategy, a device structure that utilizes the spontaneously generated polarization electric field within the crystal has been proposed. To realize this structure, it is essential to have growth technology that controls the polarity of the crystal (the arrangement order of constituent atoms along the thin film crystal growth direction), particularly nitrogen (N) polarity growth technology. Tohoku University has successfully achieved this N-polar growth earlier than anyone else in the world and has fabricated N-polar solar cells. Experimental verification has shown that the extraction efficiency of photo carriers is more than eight times greater compared to Ga-polar solar cells.

  • others

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Tohoku Univ. Technology : Analysis of Nano-Microscale Transport Phenomena : S13-012

Tohoku Univ. Technology : Analysis of Nano-Microscale Transport Phenomena : S13-012

Large-Scale numerical simulations for development of fuel cells, secondary batteries, semiconductor film formation, etc.

【Fuel cell】 In order to construct a fuel cell system with high efficiency, high durability and low cost, it is necessary to clarify the transport phenomena of proton, oxygen, and water in the cell. By analyzing nano and micro scale flow phenomena and clarifying the correlation between the structural characteristics and the transport mechanism of each component, PEFC performance is expected to be improved. 【Secondary battery】 Due to increasing energy demand and environmental problems, secondary batteries that can be charged and discharged without emitting CO2 or nitrogen oxides are attracting attention. We have a track record of analyzing nano and micro scale flow phenomena such as ion flow in the electrolyte inside liquid and all-solid-state lithium-ion batteries. 【Semiconductor】 For advanced semiconductor devices, controls on the atomic layer level with a thickness error of ±0.5 Å on the wafer is required for the deposition process. In the past, it was necessary to optimize a large amount of experimental data in order to form a precise thin film. At Tokumasu Laboratory, we will elucidate the mechanism through numerical simulation and search for the optimum deposition mechanism.

  • others

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Tohoku Univ. Technology : Foldable battery : T19-848

Tohoku Univ. Technology : Foldable battery : T19-848

Battery sheet capable of long-term storage

Metal-air batteries composed of a metal electrode (negative electrode), an electrolyte, and an air electrode(positive electrode) have the advantage of being lighter than other batteries and have been used practically as power sources for hearing aids. On the other hand, the degradation of the metal electrode caused by contact with the electrolyte and the low voltage compared with other batteries have been pointed out as problems.The present invention relates to a new form of metal-air battery which solves the above problems. The present battery is a "foldable metal-air battery" in which a plurality of metal electrodes, electrolytes, and air electrodes are arranged on a sheet, and a plurality of laminates of metal electrodes/electrolytes/air lectrodes are formed by folding the sheet. Since the sheet is folded to function as a battery, the electrolyte and metal electrodes do not come into contact with each other when not in use, and deterioration can be prevented. The figure on the right shows the measured voltage when the number of cells in the laminate is increased. By stacking multiple cells as in origami, the problem of low voltage of metal-air batteries can also be solved. Since this battery solves the conventional problem and has a new foldable type, it is expected to be put into practical use in the following applications.

  • others

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Tohoku Univ. Technology : Titanium ion redox flow battery : T21-163

Tohoku Univ. Technology : Titanium ion redox flow battery : T21-163

Redox flow battery with low cost, high electromotive force and current density

　The amount of electricity generated by renewable energy varies a lot on climate, etc. Therefore, it is preferable to use it in combination with storage battery in order to supply stable electric power. Redox flow battery (RFB), which charges and discharges by ion redox reaction, is highly valued for its safety due to its nonflammability, its high durability as the electrolyte & electrode hardly deteriorate, and its low running cost. Vanadium RFB is in practical use but in recent years, the resource price of vanadium active material has jumped, resulting in high initial cost.　 This invention uses only titanium as active material for both cathode / anode chambers, which significantly reduces the initial cost. There is existing RFB technology that combines titanium and manganese, but using different elements in the cathode / anode chambers risks contamination due to its principle, so a premature battery degradation could be expected. This invention has an advantage in this field and it is also expected to realize more efficient RFB because of its higher electromotive force and current density that can be extracted compared to conventional vanadium ion RFB.

  • others

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Electronic components related parts

Electronic components related parts

Responding to various demands such as flange attachment and step processing.

Supports multi-variety and small-lot production.

  • Processing Contract

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Parts for lithium coin batteries

Parts for lithium coin batteries

It is used for small batteries and PC-related components.

Our company, which started as Japan's first snap button manufacturer, has expanded its technology for fashion accessories into the fields of batteries and electronic components. Today, our products are widely and deeply utilized in various parts such as computers and mobile phones, contributing to society. For more details, please download our catalog.

  • Processing Contract

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Parts for mini ion batteries

Parts for mini ion batteries

They are used for small battery components and mobile phone-related parts.

Our company, which started as Japan's first snap button manufacturer, has expanded its technology in fashion accessories to the fields of batteries and electronic components. Today, our products are widely and deeply utilized in various parts such as computers and mobile phones, contributing to society. For more details, please download the catalog.

  • Processing Contract

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ABS parts and TPMS battery parts

ABS parts and TPMS battery parts

It is used for automotive-related parts and small battery components.

Our company, which started as Japan's first snap button manufacturer, has expanded its technology for fashion accessories into the fields of batteries and electronic components. Today, our products are widely and deeply utilized in various parts such as computers and mobile phones, contributing to society. For more details, please download the catalog.

  • Processing Contract

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Introduction of products and processing technology: cylindrical deep-drawn parts and related components for cylindrical cans.

Introduction of products and processing technology: cylindrical deep-drawn parts and related components for cylindrical cans.

This is an introduction to processing technology for cylindrical deep-drawn parts and related components for cylindrical cans.

Our company processes cylindrical deep-drawn parts and related components for cylindrical cans. We have patented methods that allow us to achieve various shapes. If you have any requests, please feel free to consult with us. For more details, please contact us or download our catalog.

  • Processing Contract
  • Lithium-ion battery
  • Electric discharge machine

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Lithium phosphate battery standard pack series

Lithium phosphate battery standard pack series

By incorporating a reset switch, we have achieved power saving for the protection circuit board.

This product is a lithium iron phosphate battery that can maintain 80% capacity even after more than 2000 cycles in a DOD 100% charge and discharge cycle test. It can be selected from five protection circuits according to the application. It features a safe design that does not emit flammable substances such as oxygen or hydrogen even in abnormal situations. Additionally, by incorporating a reset switch, it achieves power saving for the protection circuit board. 【Features】 ■ Long lifespan ■ Selectable from five protection circuits according to application ■ Safe design that does not emit flammable substances such as oxygen or hydrogen even in abnormal situations *For more details, please refer to the PDF document or feel free to contact us.

  • Lithium-ion battery

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