光アルファクス Product Lineup

- 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°C to +60°C MP xtd series: -40°C to +85°C - Cell lineup capable of charging in negative temperature environments (e.g.) MP xlr series: -30°C to +60°C MP xtd series: -30°C to +85°C

- A rich lineup of products including explosion-proof certification (ATEX/IECEx) - Proposals for long life using multi-series and parallel assembled batteries - Operating voltage of 3.0V - A wide operating temperature range from -40℃ to +85℃ - Low voltage drop - Low self-discharge performance even during long-term storage

- Large capacity, high output cell lineup - Long lifespan proposal with multi-series and multi-parallel battery configurations - Operating voltage of 2.8V - Designed for applications with pulse currents up to 20A per single cell - Wide operating temperature range from -60℃ to +70℃ - Non-flammable electrolyte - Low self-discharge characteristics even during long-term storage - High reliability proven in military applications

HAIDI is engaged in the research, development, manufacturing, and sales of lithium-ion battery cells and packs centered around lithium iron phosphate (LiFePO4), which are adopted for a wide range of applications, including power supply, in countries around the world. 【We solve the following issues】 ● Increased downtime: Significantly reduced charging time through rapid charging support. ● Safety concerns: Equipped with thermal runaway prevention and over-discharge protection, compliant with safety standards. ● Replacement of lead batteries: Achieving large capacity in a compact space due to reduced weight and increased energy density of the batteries. We offer battery packs suitable for powering AGVs (automated guided vehicles) and AMRs (autonomous mobile robots) that are active in logistics and manufacturing sites. Our products are highly safe and relatively long-lasting, supporting continuous operation and short charging cycles, contributing to increased productivity and reduced running costs on-site. ★ We will be exhibiting at "Yokohama Robot World 2025" from October 23 to 24! *For more details, please feel free to contact us or download our materials.

Preventing information disruption during disasters is the most critical issue in BCP (Business Continuity Planning). Traditional solar systems have a significant weakness in power outages (functional stoppage) due to prolonged bad weather or nighttime. This solution fundamentally eliminates the risk of information disruption by ensuring continuous operation even during disasters or adverse weather conditions. ◆Feature 1: Power Stabilization The system stabilizes power to prevent shutdowns even during several days of prolonged sunlight deficiency or bad weather. ◆Feature 2: High-Efficiency Energy Management Using a unique algorithm, it optimally controls charging and discharging based on battery levels, system load, and weather forecasts. This maximizes the use of generated electricity while extending battery life. ◆Feature 3: Contribution to BCP and Operational Management The power system's status is continuously monitored in real-time. If it falls below a pre-set "threshold," the system instantly detects this and automatically switches to backup power. This prevents power outages even during bad weather or emergencies, ensuring reliable continuous operation.

The biggest challenge of remote monitoring and sensing networks is the risk of data loss and communication interruptions caused by unstable power supply environments (remote locations, outdoors, battery-operated). These power-related issues significantly undermine the reliability of data collection, resulting in increased operational costs for maintenance and recovery efforts. This solution is a power unit that automatically switches to a backup power supply when the main power supply, such as solar power, becomes unavailable. It provides stable power to IoT devices without interruption, even in unstable power environments, bringing the reliability of data collection close to 100% and enabling maintenance-free operation. 【Are you facing any of these issues?】 - Important data is often lost due to unstable power, making accurate situational awareness impossible. - Because devices are located in remote or hazardous areas, it is necessary to rush to the site every time there is a power issue. - Existing power systems cannot achieve long-term stable operation in harsh outdoor environments (high temperatures, low temperatures, bad weather). - Due to the difficulty in securing a stable power supply, you are forced to give up on installing IoT devices in truly necessary remote locations.

In the electric power industry's remote meter reading systems, stable power supply and long-term operation are required. In particular, the batteries used as the power source for smart meters must minimize replacement frequency and ensure system reliability. Our smart meter batteries utilize SAFT's lithium primary batteries, which have a proven track record in military, aerospace, and marine fields, achieving long-term stable operation. 【Usage Scenarios】 - Smart Meters - Remote Meter Reading Systems 【Benefits of Implementation】 - Reduced replacement costs due to extended lifespan - Improved system reliability through stable power supply - Operation across a wide temperature range

In the gas industry, the reliability of gas leak detection systems is essential for safe energy supply. Particularly for detection systems used outdoors or in harsh environments, long battery life and stable operation are required. System shutdowns due to battery depletion increase the risk of serious accidents. Our batteries for smart meters achieve long-term stable operation and contribute to the reliability improvement of gas leak detection systems. 【Usage Scenarios】 - Gas leak detection systems - Smart meters 【Benefits of Implementation】 - Reduced frequency of replacements due to long lifespan - Stable operation in harsh environments - Improved system reliability

In the water supply industry, stable operation of smart meters is essential for accurate usage management. In particular, smart meters installed outdoors require high reliability to withstand long-term operation in harsh environments. Battery depletion can cause delays or interruptions in data collection, potentially hindering accurate billing and water resource management. The batteries we provide for smart meters utilize lithium primary batteries from SAFT, a company with proven performance in military, aerospace, and marine fields, ensuring long-term stable operation. 【Usage Scenarios】 - Smart Meters - Water Meters - Remote Reading Systems 【Benefits of Implementation】 - Extended lifespan of smart meters - Reduced maintenance costs - Acquisition of accurate usage data - Stable operation of remote reading systems

In the telecommunications industry, particularly in areas such as smart meters that handle data transmission, stable power supply is essential. Power outages or battery depletion can lead to data loss or system shutdowns, potentially resulting in significant losses. SAFT's lithium primary batteries have a proven track record in military, aerospace, and marine applications, boasting high reliability. They provide stable power supply over long periods, enhancing the reliability of data transmission. 【Use Cases】 - Smart Meters - IoT Devices - Remote Monitoring Systems 【Benefits of Implementation】 - Stable operation over long periods - Reduced risk of data loss - Lower maintenance costs

In agricultural irrigation control systems, a reliable power supply over an extended period is essential for stable water supply. Particularly in outdoor environments and remote locations, it is important to reduce the hassle of battery replacement and maintain system uptime. Our smart meter batteries (lithium primary batteries) contribute to the stable operation of irrigation control systems due to their long lifespan and wide operating temperature range. 【Use Cases】 - Irrigation systems in remote areas - Water management in smart agriculture - Long-term data collection 【Benefits of Implementation】 - Reduced replacement frequency due to long lifespan - Stable operation in harsh environments - Improved system reliability

In the environmental monitoring industry, long-term stable data acquisition is required. Particularly for pollution measurement devices installed outdoors, the reliability of the power supply is crucial. Power supply failures can lead to data loss or measurement interruptions, hindering accurate environmental assessments. Our batteries for smart meters enable long-term operation and function across a wide temperature range, supporting stable pollution measurements. 【Usage Scenarios】 - Air pollution measurement stations - Water quality monitoring systems - Soil contamination surveys 【Benefits of Implementation】 - Stable power supply over extended periods - Reliable operation in harsh environments - Reduced maintenance frequency - Accurate data acquisition leading to precise environmental assessments

In the electronicization of water meters and remote reading (IoT), the most important factor is stability that is not affected by the installation environment. SaFT's lithium primary batteries go beyond being just batteries; they serve as a "power source" that reliably keeps the system running, supporting the longevity of infrastructure. 【Are you facing any of these issues?】 - Want to eliminate communication errors due to harsh outdoor temperature changes (from extreme summer heat to sub-zero winter)? - Want to reduce the frequency of battery replacements for external communication devices and achieve long-term operation? - Want to minimize the risk of sudden resets and transmission errors by enhancing the multifunctionality of communication modules? - Looking for a high energy density power source that can accommodate increased communication frequency in limited space? - Want to maintain high safety against harsh temperature changes and shocks as an infrastructure device? *For more details, please download the materials or feel free to contact us.

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.