Select Field
Select Ministry
18 results
In response toTaiwan's ambitious 2050 net-zero emissions target, NCSIST is harnessing its expertise in electrolysis, hydrogen storage alloys, composite gas storage cylinders, and fuel cell technology. By linking up with renewable energy sources such as wind and solar power, as well as off-peak electricity, NCSIST aims to create a comprehensive hydrogen energy system. Through electrolysis, hydrogen can be produced and stored, providing a flexible energy carrier that can be used in mobile or distributed power stations. As Taiwan heavily relies on imported fossil fuel, this domestic produced, mobile hydrogen energy offers a strategic advantage, enhancing the resilience of the national power grid. The first domestic anion exchange membrane stacked hydrogen production module, and completed the entire process development of independent catalysis electrode sheets, with a self-made rate of 80%. It has the characteristics of small size, high gas production rate, low energy signal, high energy conversion rate, low price and easy installation. The highlight of this product is that the self-developed non-precious metal catalyst electrode. The application are green hydrogen, offshore wind power or solar energy is converted into hydrogen storage and electricity generating system. Applications: Military: Hydrogen fuel vehicles, distributed military power stations, mobile emergency power sources, and strategic energy storage systems. Civilian: Green hydrogen, energy storage systems, power generation systems, and chemical synthesis applications.
Innovation Pilot | Life Application/Green Energy ＆ EnvironmentThe Armor Steels provide the basic protection for Armored Fighting Vehicles. In addition to meeting the requirements of ballistic performance, the Armor Steels also fulfill structural requirements. Composite Armor is composed of high-hardness steel plates and high-performance ceramics, primarily applied to the upper and lower sloping plates of armored fighting vehicles, capable of withstanding large caliber armor-piercing projectile attacks, effectively enhancing protective abilities.
Innovation Pilot | Materials ＆ Chemical Engineering ＆ Nanotech/Life ApplicationThis mechanism utilizes servo motors, designed to control flight through precise manipulation of wing movements. The characteristic of servo motors is their ability to provide accurate motion control and high torque, enabling the wings to mimic the flapping actions of real damselfly. Through programming, we can adjust the flapping frequency, angle, and strength of the wings, thereby achieving a variety of flight modes.
Innovation Pilot | Machinery ＆ SystemApplying carbon/ceramics or carbon/carbon composite materials to develop high-quality brake disks。Compared with the commercial ones, our products use the technology devlopled by ourself and reduce the cost effectively. The composite brake disk weights less (50-70%) than those made of metal. In addition, our products can work fine under high temperature, the friction won't decay while the termperature is risng. Applications: Military: Aerospace、rocket throats、engine liner、thermal protection system Industrial: Hing end bicycles、heavy motorcycle、racing automobile parts
Innovation Pilot | Life ApplicationElectrical-Hydraulic servo valve is the core component of electrical-servo control system, It has the advantages of small physical size and fast response, which is different from the general proportional valve, which is larger and slower in response. Highlights: High power transfer efficiency, high frequency response, high control accuracy and compact physical size. Applications: (1)Military field: missile fin position control, aircraft flight control. (2)Civilian field: industrial robots, machine tools, flight simulators, Formula 1 racing cars and testing equipment etc.
Innovation Pilot | Machinery ＆ SystemNCSIST has produced high quality FPAs, the thermal image shows that it has high operability and good uniformity. We produced various 15um FPAs with small sized where low power cooling systems can be used, making our products both light and price low. InSb FPAs can be integrated into IDDCA to achieve many applications, such as Enhanced Vision System (EVS) for an aircraft or a seeker.
Innovation Pilot | Electronics ＆ OptoelectronicsHigh precision thermal camera can distinguish target with temperature difference higher than 50mK. It is suitable to be used for surveilance, long range observation and all thomograophy application.
Innovation Pilot | Electronics ＆ OptoelectronicsThis project is based on high-performance concrete, incorporating fiber materials of different weights and proportions, along with graphene-based nano-carbon materials as conductive additives. These enhancements aim to improve impact resistance and electromagnetic pulse (EMP) shielding performance, making it suitable for reinforcing the protective capabilities of various types of facilities.
Innovation Pilot | Electronics ＆ Optoelectronics/Life ApplicationThe developed energy density and high-safety lithium metal/lithium ion hybrid batteries , The energy density will be approaching 300 Wh/kg to meet the needs of national defense applications in different scenarios, and effectively improve the matching of battery performance with national defense application scenarios.
Innovation Pilot | Green Energy ＆ EnvironmentMobile energy storage equipment can replace diesel generators and be used in temporary military command posts, launch vehicles, radar vehicles and other equipment. Energy storage system has no noise, no waste heat and high temperature, will not pollute the environment, has good thermal image hidden for logistics; which set up in the military alpine radar exhibition, battle management unit, anti-artillery unit, and outlying island camps. If the power system is destroyed and fuel supply is not afford, setting up a renewable energy storage system can maintain task execution and solve the problem.
Innovation Pilot | Green Energy ＆ EnvironmentThis product is a Linear Variable Differential Transformer (LVDT). Features include simple structure, high sensitivity, high reliability, long working life, compact physical size and light weight, etc. It is widely used in displacement measurement. The highlight of this product is the multi-channel design, which can output multiple signals simultaneously, and is often used in fields that require a high degrees of safety. Applications: (1)Military field: fighter, warship, submarine. (2)Civilian field: unmanned vehicle, aircraft, satellite, nuclear energy facility and space vehicle.
Innovation Pilot | Machinery ＆ SystemConsidering the request for human factors and reducing weight, the 401st Arsenal had evaluated by the optical magnification specification to design a new Night Vision Weapon Sight, not only reduced the weight and volume, but also improved waterproof capability.
Innovation Pilot | Electronics ＆ OptoelectronicsNCSIST has produced high quality FPAs, the thermal image shows that it has high operability and good uniformity. We produced various 15um FPAs with small sized where low power cooling systems can be used, making our products both light and price low. InSb FPAs can be integrated into IDDCA to achieve many applications, such as Enhanced Vision System (EVS) for an aircraft or a seeker.
Innovation Pilot | Life ApplicationThis system provides real-time monitoring of consciousness levels for anesthesia depth. It is quantitatively displayed with a scale from 0 to 100, allowing for adjustments in the dosage of anesthetic drugs. It fits in the palm of a hand, providing both convenience and practicality. The one-piece patch design allows it applicable across multiple field. It also displays indictor trends, and spectral analysis. Using in battlefield emergency, real-time monitoring during the long-distance transport of wounded soldiers, and real-time brain wave monitoring for sleep and mental health conditions.
Innovation Pilot | Biotechnology ＆ Medical careUtilizing lightning detection instruments LD-250, EFM-100, ERL-10 to collect real-time lightning information, and using software to integrate and visualize the data on an interface, establishing a lightning monitoring platform. Through the monitoring platform, it can provide early warnings of weather threats to specific locations and prevent damage in advance. Integrating lightning strike locations across Taiwan and using color codes to indicate areas prone to lightning strikes assists users in analyzing areas susceptible to lightning, thereby reducing the probability of being struck.
Innovation Pilot | Life ApplicationThe ship battery rack is composed of 14 lithium 25.7V batteries, and expands to a maximum group power of 360V/1000A. The plug-in design makes the batteries easy to expand and use. There is no exposed cable or wiring, improving maintainability and reducing the risk of electric shock . The battery rack passes ship vibration and impact testing. The power is distributed and monitored through the ship power distribution unit (PDU), and the power is controlled to be connected or disconnected to protect the system. The charge system adopts CHAdeMO protocols, and the system capacity is above 320kWh.
Innovation Pilot | Green Energy ＆ EnvironmentXBB-2112C BCU Lithium Battery: Based on the power consumption specifications of the battery charging unit used in Kang Ding-class frigate. The 202nd Arsenal had designed new generation battery, to upgrade the first battery pack was developed in 1999. In accordance with the maintenance needs of Navy, the second generation has been developed with excellent reliability and more easy to maintain. XBB-2113C/U 12V Lithium Battery: For the dual power system with 12V and 24V of new Scout Tactical Vehicle, since the 24V power requirement utilizing the in-house ″XBB-2112C/U 6T Lithium Battery ″. Base on for addressing the consistency, battery compartment space constraints, and CANBUS communication monitoring request, XBB-2113C/U 12V lithium battery with lightweight and cost-effective 12V lithium iron battery has been developed to meet military requirements.
Innovation Pilot | Life ApplicationTS96 Night Vision Monoculars heve been deployed in armed force for military use. Based on the R&D experience of Night Vision Monoculars, the 401st Arsenal had developed a new Night Vision Binoculars Device to enhance the human factors and imaging quality to promote soldier′s combat ability in night and dark field.
Innovation Pilot | Electronics ＆ OptoelectronicsComing soon!
