List of Batteries and Capacitors products
- classification:Batteries and Capacitors
511~540 item / All 606 items
Since the construction-generated soil will be recycled on-site, the disposal costs for leftover soil and the costs for new purchases will be significantly reduced. 【Disaster Prevention】
- Special Construction Method
The Noto Reconstruction Office of the Ministry of Land, Infrastructure, Transport and Tourism has featured our 3D printer in the Nikkei newspaper.
The official X account of the Noto Reconstruction Office of the Ministry of Land, Infrastructure, Transport and Tourism and the Nihon Keizai Shimbun have published that our 3D printer has been adopted for the reconstruction of Noto. The official X account of the Noto Reconstruction Office introduces the use of our products in the restoration work of the Noto Expressway. Additionally, the Nihon Keizai Shimbun mentions that structures made with our products are being used for the restoration of roads damaged by the Noto Peninsula earthquake, and that the construction period can be shortened by about two weeks, so please take a look.
Contributing to the second stage of public infrastructure! Bringing public infrastructure development to the ground. A robust outdoor storage tank for hazardous materials capable of responding to the ...
- Water Treatment
Proposing suitable "solutions"! Featuring high-performance battery development and business models, etc.
- Batteries and Capacitors
- others
This DC power supply is a new model developed based on our previously well-received high-reliability DC battery power supply.
- Batteries and Capacitors
Supports a wide range of load requirements! An expandable portable battery system for disaster BCP measures.
- Batteries and Capacitors
HPP-2000, which protects peripheral electronic devices and network equipment from the inrush current of printers.
The portable power HPP-2000 can issue certificates related to the Small and Medium-sized Enterprise Management Strengthening Act. When turning on copiers and printers or waking them from standby mode, inrush current occurs. Inrush current refers to a large current that flows momentarily, typically several times to over ten times the normal current. In the case of printers, inrush current may also occur during printing. When inrush current occurs, the power supply voltage fluctuates and becomes unstable, affecting PCs and network devices connected to the same circuit breaker. In the case of tenant buildings, the available electrical capacity is almost determined by the area of the rented space, so caution is necessary. After executing print processing, if the server suddenly stops, attention must be paid to the circuit breaker installed in the DX environment.
The discharge time (usage time) is 15.4 hours! Introducing the operating status after the lithium replacement.
- Batteries and Capacitors
79% cost reduction! It is calculated that it will extend to 15 years if converted to lithium-ion batteries.
- Batteries and Capacitors
24-hour operation without a backup battery! By extending battery life, reduce battery costs!
- Batteries and Capacitors
If the operating hours are to be increased compared to the current situation, the use of a rapid charger is recommended! - Example of a -25℃ freezer warehouse
- Batteries and Capacitors
Costs for water replenishment operations and purified water can also be reduced! Due to its long lifespan, you can save over 70% in annual costs.
- Batteries and Capacitors
The recommended lithium-ion battery is 280Ah! It has a lifespan of about 15 years (annual cost reduction of 65%).
- Batteries and Capacitors
After the lithium exchange, there was a case where the discharge time (usage time) reached a maximum of 16.8 hours for 24-hour operation.
- Batteries and Capacitors
Comparison of 560Ah and 280Ah Lithium: Case Study of Lithium-Ion Battery Replacement Service for Forklifts
- Batteries and Capacitors
After the lithium exchange, there was a case where operations were conducted from 6 AM to 6 PM with a break time of approximately 1.5 hours.
- Batteries and Capacitors
Using a fast charger, charge approximately 6 times a day! A case where it became possible to operate with one unit instead of two.
- Batteries and Capacitors
Equipped with a 280Ah lithium battery on the 7FBR30! A case where it can operate for 8 to 11 hours with additional charging during the day.
- Batteries and Capacitors
Consideration of fluctuations in workload and cases where charging time cannot be taken! Operable for 24 hours without battery replacement.
- Batteries and Capacitors
Introducing the monitoring results where the forklift was used for a maximum of 11.7 hours with 16 hours of operation (2 shifts).
- Batteries and Capacitors
It was determined that a battery capacity of about half is sufficient! This is an example of recommending the introduction of a fast charger in anticipation of a busy period.
- Batteries and Capacitors
A case of replacing the original battery of a tricycle used in the printing industry with lithium, which needs to be replaced every 4 to 5 years!
- Batteries and Capacitors
You can use it for three times longer than a lead battery of the same capacity! Here’s the story of switching to a lithium-ion battery.
- Batteries and Capacitors
A case recommending the introduction of lithium-ion batteries and fast chargers, considering continuous operation during peak periods.
- Batteries and Capacitors
Discharge is around 250A, and lithium is suitable for rotating forks! Here are some usage examples.
- Batteries and Capacitors
A case study where the operational time has become shorter compared to past performance, now allowing for 19.5 hours of operation per day.
- Batteries and Capacitors
An example of introducing lithium as a backup battery for a 2-ton reach truck that requires battery replacement every four years.
- Batteries and Capacitors
Key-on time is up to a maximum of 24 hours a day! We will introduce the operational status after 6 months and 1 year and 3 months post-implementation.
- Batteries and Capacitors
A case study where the operating hours have become significantly shorter compared to past performance (8 hours/day).
- Batteries and Capacitors
The operating status after the lithium exchange is equivalent to past performance! The lead battery had a load exceeding its capacity.
- Batteries and Capacitors
Examples of implementation that became possible with "lithium-ion battery + rapid charger."
- Batteries and Capacitors
Introducing a verification example that concluded a single battery can operate for up to approximately 20 hours!
- Batteries and Capacitors
Attention users operating with backup lead batteries! We will introduce a case study of operations in a 24-hour refrigerated warehouse.
- Batteries and Capacitors
Environmentally friendly long-lasting battery!
- Batteries and Capacitors
- Other Hydrogen/Fuel Cells