EM-Power

ABB's UL-compliant air circuit breakers for solar applications up to 1000Y/577V and 800V delta, de-signed to open the US market with a globally proven solution. The E6.2 UL is under validation, extending the same compliance to higher current ratings. Come see it — UL489 certification is a game changer for solar projects in North America. And the best is yet to come.

The S800HV circuit breaker is designed for a wide range of grid feeding applications supporting ring lung terminals and delivering high performance protection with breaking capacity up to 4kA to 1000V AC. It enables rapid fault isolation to enhance system stability, integrates into energy management systems and minimizes downtime, ensuring a resilient power infrastructure.

The System pro E power Top Busbar System is ABB's modular switchboard solution, now certified up to 800V AC for utility-scale solar plants. This upgraded configuration integrates the Emax 2 air circuit breaker and is specifically designed to meet the higher voltage demands of modern photovoltaic instal-lations.

The SACE Emax 2/E4.2, ABB's air circuit breaker, meets IEC and UL standards for solar systems up to 1000V AC. Paired with InLine II fusegear, it offers a compact, type-tested AC protection solution for utility-scale PV plants from one supplier. See how this integrated, certified setup supports your next solar project.

Safe and dependable switching and isolation for high-voltage AC applications. With triple certification (IEC, UL, and CCC), they help improve operational safety, system robustness and suitability for renewa-ble and industrial installations all over the world.

The OTDC is a DC switch-disconnector for ESS and EV charging systems, rated up to 2000VDC. It comes in IEC and UL versions and offers up to 30% space savings with lower power losses. Safety and efficiency are maintained without increasing size. See for yourself.

The ABB fuseholder E90PV is designed for photovoltaic systems, ensuring reliable protection and per-formance. It provides optimal safety by isolating circuits and preventing overloads. Its durable con-struction withstands harsh conditions, enhancing efficiency and contributing to the reliable operation of solar energy systems.

The G1S DC Contactor is designed for battery storage and fast-charging DC circuits up to 1500VDC. It offers durable performance and mechanical endurance in high-voltage environments, making it a relia-ble choice for robust DC protection.

A molded case circuit breaker optimized for high-voltage solar applications up to 800V AC. Compact and robust, it delivers precise protection for PV systems where space and performance are both critical. But this is just the beginning: Higher voltage capabilities at 1000V are currently being engineered.

The Aria Enclosure features durable GRP monobloc construction for reliable outdoor protection. With an IP66 rating and a modular design, it operates from -25°C to 70°C (up to 130°C peak) and supports scal-able solutions for PV combiners, energy storage, and decentralized power networks.

The Terra AC 2.0 Wallbox offers efficient EV charging for homes and businesses, with static and dynamic load balancing and solar charging. It supports both cloud and local control, features a user-friendly app and interface, installs quickly, and uses reliable high-quality components for lasting performance.

The ASKI Controller works independently or with the C-Kit for a complete EV charging management solution. The C-Kit distributes power to up to 30 charging points and supports OCPP 1.6 on both charger and backend sides, helping prevent grid overloads without extra infrastructure costs.
This means quicker setup, lower installation expenses, and a scalable system that adapts to growing EV use. Simple, reliable, and ready to expand.

The EH3 Pedestal Enclosure with modular CombiLine fittings offers a robust solution for outdoor EV charging networks. Its weather-resistant, UV-coated GRP housing reliably protects DIN-size compo-nents, while the flexible interior supports distribution up to 850 A. Double doors open 180° for mainte-nance, and ComfortLine integration ensures quick installation. This compact system is ideal for decen-tralised EV charging infrastructure.

The InSite SCU200 is a smart control unit for AC and DC networks, ideal for renewable energy and e-mobility. It connects up to 10 AC chargers for safe measurement and monitoring. Its compact design, plug-in expansions, and versatile connectivity support scalable energy management in decentralized systems. By gathering data from sensors, meters, and protection devices, the SCU200 enables real-time monitoring and intelligent control of charging networks and distributed resources.

Accurate energy metering is vital for DC networks supporting EV charging and renewables. Our DC me-ters offer real-time monitoring and seamless grid integration for efficient energy management.
The D1D 15-ME DC meter reliably measures power and energy with Modbus RTU communication. It is MID and PTB certified for legal billing, providing transparent tracking and audit-ready data for cost allo-cation and load management in decentralized setups.

The F200 Type B RCD provides advanced protection for e-mobility infrastructure and frequency con-verter applications by detecting smooth DC and AC residual currents in EV chargers and variable fre-quency drives. It combines exceptional surge immunity (3 kA peak resistance with a 10 ms delay) with reliable fault detection, ensuring safe operation while minimizing false trips during high switching cur-rents in charging stations and converter systems.

F-ARI and F-ATI residual current devices streamline EV charging maintenance by performing automatic tests without service interruptions. The F-ATI’s auto-reset restores operation quickly after faults. Both comply with EN 61008, run monthly tests, and reduce maintenance costs and workload. ARBus remote monitoring and insulation verification (F-ARI) support safety and compliance in decentralized networks, offering comprehensive system oversight.

The Application Configurator is a pre-sales tool that generates a fully customized single-line diagram of your application and the bill of material. The interface is simple and integrated with ABB's main digital platforms, eliminating manual component selection. The result is fewer design errors, less back-and-forth, and a faster path to a proven, ready-to-use solution. Come try it yourself!

The ABB Energy Simulator guides you through a step-by-step workflow that collects data directly from your site — estimating precise solar irradiation levels and other key parameters — to deliver accurate financial insights and ROI figures.
Built-in local energy data and intuitive guided workflows mean no technical expertise is required. Run a simulation, get instant results, and connect directly with ABB experts to take the next step.