The Drosseln product series provides customers with high-quality battery system solutions.
The products have been widely used in the energy and chemical industry, steel, transportation, semiconductor, data center and other electric power fields.
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About Tysen-Kld
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PRODUCT
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INDUSTRY
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INTRODUCTION
Company introduction
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PRODUCT
Product Center
KLD-CB series colloid battery has better performance than valve-regulated sealed lead-acid batteries due to adoption of special technology and formula.
KLD-LB series lead-acid battery uses Absorbent Glass Mat (AGM) technology, thus saving the requirements for adding electrolyte or distilled water during use.
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APPLICATIONS
Product application
Lead-acid batteries for energy storage refer to lead-acid batteries for energy storage suitable for new energy power generation equipment such as solar energy and wind energy.
Power system requirements, communication system requirements, UPS system requirements
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CORPORATE CULURE
corporate culture
The Tysen-KLD’s pursuit is to realize the dream of customers in the field of electrical automation
Relying on the arduous pursuit of perseverance, through our long-term struggle, long-term research, long-term hard work, and long-term dedication, the spirit of hard work has made us continuously progress.
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TECHNICAL SUPPORT
Technical support
Provide customers with product consulting and product selection services to enable customers to choose suitable products
Provide technical guidance for customers' problems in using the product, and provide answers to common technical questions (FAQ)
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JOIN US
You can do more with Tysen-KLD
With our energy, motivation and cooperation spirit, our future will be unlimited! You can do more with Tysen-KLD!
You will have the space and autonomy to achieve your personal value by working to create a better world.
Industry
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Development status of China's lead-acid battery industry in 2019
The battery manufacturing industry in China is a traditional industry as well as an important part of the new energy industry. It is closely related to multiple strategic emerging industries e.g.
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Today's battery technology supports future energy changes
In the world today, environmental and energy issues are becoming increasingly prominent. Countries around the world are pursuing energy conservation, emission reduction, and the development of renewable energy such as wind and solar energy. Batteries are hailed as key link in new round of energy reform in the future, and also supporting technology for the development of clean energy power and energy storage industries. They will all play great roles in automobiles, electric vehicles, consumer electronics, new energy grid connection, intelligent power grids, microgrids, and distributed energy systems, home energy storage systems, power supply projects in areas without electricity, energy Internet, and even future energy security. According to the official information of Guangzhou Pazhou International Convention and Exhibition Center, the Grandeur Exhibition Group Guangzhou Shuoxin Exhibition Co., Ltd. holds GBFASIA 2016 Asia-Pacific Battery Show on September 26~28 to fit in with the domestic government's planning requirements for the development of new energy industries, and two exhibition halls are planned. A top event in the field of batteries and energy will be presented by more than 25,000 industry professionals and top technical talents.
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Characteristics of Solar Energy Gel Battery
Solar energy gel batteries are the application of "batteries" in solar photovoltaic power generation. Currently, there are four types: lead-acid maintenance-free batteries, ordinary lead-acid batteries, gel batteries, and alkaline nickel-cadmium batteries.
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Reasons leading to explosion of lead-acid batteries
The explosion of lead-acid batteries is generally caused by improper use. There are many reasons leading to explosion of lead-acid batteries. The reasons for the explosion of lead-acid batteries are detailed below.
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Advantages and disadvantages of lead-acid batteries
A storage battery (commonly known as a "battery") is a reversible, low-voltage DC power source that can convert chemical energy into electrical energy as well as electrical energy into chemical energy. The auto-used battery must be able to meet the power supply demand at the start of engine, i.e. supply strong current to the starter in a short time (5s~10s) (generally 200A to 600A for gasoline engines, and up to 10,000A for diesel engines). Therefore, lead batteries for automobiles are also called starter batteries. Lead-acid batteries supply power in parallel with automobile generator.
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Overview of market demand for lead-acid batteries
As chemical power source with the longest history of use, lead-acid batteries enjoy enduring popularity and are widely used in backup power batteries e.g. telecommunications, power systems, computer systems and automation control systems, and emergency lighting, starter battery fields e.g. new energy and energy storage batteries, automobiles, ships, motorcycle, tank, tractor, and diesel engine, and power battery fields including electric bicycles, electric vehicles, electric tricycles, electric forklifts and golf carts.
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Effect of temperature on charging
The battery operates in high-temperature seasons, with main problem of overcharging. When the battery temperature increases, the activity of each active material increases, and once the positive oxygen evolution potential drops, the negative oxygen evolution potential also drops (negative value decreases). Therefore, the charging reaction speed is fast during charging, the charging current is large, and the charging voltage required during charging is low. In order to prevent excessive charging voltage, the battery temperature should be minimized to ensure good heat dissipation, prevent charging immediately after exposure to sun, and keep away from heat sources.
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Charging and discharging of batteries
The termination voltage at different discharge currents must not exceed the specified value. Charge the battery immediately after being fully or partially discharged. For optimum service life, the battery discharge depth is recommended not to exceed 60% of the rated capacity. Discharge of more than 60% is termed as deep discharge, which will shorten the battery life.
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Possible Faults occurred to Battery
Power supply is the power for supplying electrical energy to construction machinery. Generally, construction machinery is equipped with two sets of power supply equipment: namely the battery and generator and regulator. Two sets of power supply equipment: The battery is the top power supply equipment used to supply power to the electrical equipment of construction machinery when the initiator is not operating. It is characterized by supplying large current. For example, when the initiator is started, the electrical energy required by the initiator is supplied by the battery.
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History of battery development
Storage battery is a kind of chemical "power source" widely used in the world. It has advantages of stable voltage, safety and reliability, low price, wide application range, abundant raw materials and high recycling rate. Storage battery is the most widely used battery with the largest output in the world.
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General Knowledge on Battery Use
Prevent overdischarge.After the battery is discharged to the termination voltage, any continued discharge is called overdischarge. Overdischarge can seriously damage the battery, which is extremely detrimental to the electrical performance and cycle life of battery.
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Factors affecting battery life
Ambient temperature has greater impact on the battery. Over-high ambient temperature can cause battery to overcharge and generate gas, and over-low ambient temperature can cause undercharge of battery, both of which can affect the battery life. Therefore, the ambient temperature is generally required to be about 25°C, and the UPS floating charge voltage value is also set according to this temperature. In practical applications, battery is generally charged in the range of 5°C~35°C. Temperatures below 5°C or above 35°C will greatly reduce the battery capacity and shorten the battery life.
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UPS battery selection method
The selection and design of UPS batteries for data center must fully take into account the characteristics and development trends of modern data centers, and meet the following criteria: short-term constant power output characteristics outstanding short-term (generally ≤30min) constant power output characteristics. This implies that the battery capacity can be reduced while meeting the same load backup time requirements, then the battery cost can be minimized.
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About Tysen-Kld
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PRODUCT
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APPLICATIONS
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SERVICE
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INDUSTRY
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JOB
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Copyright: TYSEN-KLD(Beijing) Power Technology Co., Ltd. 
Beijing public network security No.11010502040103Edition Beijing ICP No.20004525
Address: Room 606-608, Sixth Floor, No. 651 Yunling East Road, Putuo District, Shanghai Phone: 021-6288-6915
