The world’s first 22KV, 1.5MW SST system.
Amperesand infrastructure systems are built with solid-state transformer (SST) modules. Each module contains silicon carbide (SiC) devices and proprietary high-frequency transformers that are significantly more efficient, flexible, and resilient than traditional transformers. This modularity allows for simple application-specific scaling. Amperesand’s first SST systems will be available in 2, 4, and 6MW units, which can easily be combined for applications with larger power requirements.
![Amperesand Module v3](https://amperesand-grid.transforms.svdcdn.com/production/media/Amperesand_Module_v3.png?w=1440&h=2129&q=82&fm=webp&fit=crop&dm=1701370308&s=0abb9130af2d88b24a05173a20eb1cfe 1440w, https://amperesand-grid.transforms.svdcdn.com/production/media/Amperesand_Module_v3.png?w=2880&h=4258&q=82&fm=webp&fit=crop&dm=1701370308&s=33afcc87e82c5f27486e0957f54df771 2880w, https://amperesand-grid.transforms.svdcdn.com/production/media/Amperesand_Module_v3.png?w=992&h=1466&q=82&fm=webp&fit=crop&dm=1701370308&s=37d268e31b1adcd3be747c6626705260 992w, https://amperesand-grid.transforms.svdcdn.com/production/media/Amperesand_Module_v3.png?w=1984&h=2933&q=82&fm=webp&fit=crop&dm=1701370308&s=0a5eece6b4b42cfca09f76061ab4d734 1984w, https://amperesand-grid.transforms.svdcdn.com/production/media/Amperesand_Module_v3.png?w=768&h=1135&q=82&fm=webp&fit=crop&dm=1701370308&s=5d42c7e0d3885d2c4e7f290756eba209 768w, https://amperesand-grid.transforms.svdcdn.com/production/media/Amperesand_Module_v3.png?w=1536&h=2271&q=82&fm=webp&fit=crop&dm=1701370308&s=8b12d068fdd1cdb5826242421db8d1ab 1536w, https://amperesand-grid.transforms.svdcdn.com/production/media/Amperesand_Module_v3.png?w=576&h=851&q=82&fm=webp&fit=crop&dm=1701370308&s=fbd63f73bed54e489149d58dcd1ef231 576w, https://amperesand-grid.transforms.svdcdn.com/production/media/Amperesand_Module_v3.png?w=1152&h=1703&q=82&fm=webp&fit=crop&dm=1701370308&s=f71e831ea3f453a6ee61d2c1cdef94c5 1152w)
SiC SSTs are the building blocks of an all-electric future.
Efficient
SiC SSTs are far more efficient than their traditional counterparts. These transformers are based on power electronics and use semiconductor devices to convert and control electrical power, leading to a compact design and efficient power conversion.
Intelligent
SiC SSTs can be digitally controlled and monitored, providing essential data for refined grid management. Their capability to manage real-time, bidirectional power flow is essential for optimizing the utilization of renewable energy, energy storage, and EV fast-charging deployments, as well as enabling grid services.
Resilient
SiC SSTs can isolate loads from the connected grid to prevent faults. This capability enhances grid resilience in the event of disturbances and outages. They can also improve power quality, addressing challenges like voltage fluctuations and harmonic distortion, ensuring a stable and reliable energy supply.
Our Story
Our SST technology was pioneered by the Energy Research Institute at Singapore’s Nanyang Technological University (NTU) and spun out by Xora Innovation.
In 2022, the team demonstrated a 22KV 1.5MW SST system, and after six months of incubation work led by Xora Innovation, Amperesand was formed in May of 2023 with plans to commercialize NTU’s SST technology.