At ETS‑Lindgren, we specialize in providing advanced shielding solutions designed to protect critical utility infrastructure from electromagnetic threats such as High-altitude Electromagnetic Pulses (HEMP), Electromagnetic Pulses (EMP), and Intentional Electromagnetic Interference (IEMI). Our comprehensive shielding systems are tailored to ensure that utilities, including power grids and communication systems, remain secure and operational even in the face of disruptive electromagnetic events. We offer custom-designed enclosures, doors, windows, and barriers that effectively safeguard these essential systems, preventing interference and ensuring reliability across the utility sector.
Utilities
ETS‑Lindgren protects substations, control rooms, and grid electronics from high-energy electromagnetic threats that can disrupt power delivery. Shielded facilities, EMI filters, and validation testing ensure continuous operation under HEMP, EMP, and IEMI conditions.
Our RedEdge technology plays a pivotal role in our approach to utility applications. This cutting-edge solution provides exceptional protection against HEMP, EMP, and IEMI events, offering superior shielding performance to safeguard utility operations. RedEdge is engineered to protect everything from power distribution networks to communication infrastructure, ensuring that utility systems continue to function smoothly and securely. By integrating advanced materials and innovative design, RedEdge minimizes the risks posed by electromagnetic threats, maintaining the integrity and continuity of critical services.
With our shielding solutions, including RedEdge technology, we are dedicated to supporting utilities in safeguarding their infrastructure against potential electromagnetic disruptions. We understand the importance of maintaining reliable and secure utility services, and our solutions are specifically designed to mitigate risks and enhance resilience. By partnering with ETS‑Lindgren, utility providers can rest assured knowing their operations are protected from the potentially catastrophic effects of electromagnetic interference.