AMSC Employees

No people found yet for this company.

AMSC's Gridtec™ Solutions

AMSC offers an array of Gridtec™ solutions designed to optimize and stabilize power grids. These solutions address critical power, distributed generation, grid capacity, reliability, and renewable interconnectivity. AMSC's D-VAR® systems deliver dynamic reactive power compensation, essential for stabilizing voltage on power networks. The D-VAR VVO® systems enhance voltage optimization and support distributed generation, while the PQ-IVR® systems improve industrial power quality. Additionally, their Resilient Electric Grid (REG) systems strengthen urban power networks, ensuring robust and reliable power distribution. These technologies are pivotal in powering gigawatts of renewable energy globally and enhancing power networks in over a dozen countries.

AMSC's Marinetec™ Solutions

AMSC's Marinetec™ solutions are tailored for maritime applications, focusing on ship protection, propulsion, and power management. These advanced systems are critical for the U.S. Navy and other maritime operations, ensuring efficient and reliable power management on vessels. The technology includes high-performance electric control systems, generators, and power converters, which are essential for modern naval ships. By integrating AMSC's solutions, naval fleets can achieve superior performance, enhanced operational capabilities, and reduced maintenance costs.

AMSC's Windtec™ Solutions

AMSC's Windtec™ solutions cater to the wind energy sector, offering comprehensive wind turbine design, control systems, and retrofit solutions. Their technology portfolio includes electric control systems, generators, drivetrains, and power converters, which are crucial for the efficient operation of wind turbines. AMSC also provides technology transfer and training services, enabling manufacturers to enhance their wind turbine production capabilities. Their STATCOM products facilitate renewable energy integration, ensuring stability and efficiency in wind energy generation. These solutions are instrumental in powering renewable energy projects and advancing the global wind energy market.

AMSC's High Temperature Superconductor (HTS) Solutions

AMSC's high temperature superconductor (HTS) solutions are pivotal for both the power grid and wind energy markets. HTS wire-based solutions offer significant advantages in terms of power density, efficiency, and reliability. These advanced materials are utilized in various applications, including power cables, fault current limiters, and transformers, providing superior performance compared to conventional conductors. AMSC's HTS technologies are integral to enhancing the capacity and stability of power grids, making them more resilient and capable of integrating higher levels of renewable energy.

AMSC's Company History

Founded in 1987, AMSC has a longstanding history of innovation in power electronics and superconductor systems. Headquartered in Ayer, Massachusetts, the company has grown to become a global leader in providing advanced solutions for the power grid and maritime sectors. Over the years, AMSC has developed a robust portfolio of technologies, including the D-VAR® and STATCOM systems, which are critical for dynamic reactive power compensation and renewable energy integration. The company's commitment to innovation and sustainability has positioned it as a key player in enhancing power networks and supporting the transition to renewable energy.

report flag Report inaccurate information

No searches found for this company.

report flag Report inaccurate information

Companies similar to AMSC

Power Analytics specializes in power system design and optimization, offering a range of software products and cybersecurity services. The company provides consulting and professional services across various industries and utilizes data modernization techniques to enhance business operations.

Hitachi Energy offers a wide range of products, solutions, and services for various industries, focusing on sustainability, digitalization, and energy efficiency.