Birdtical

Birdtical ArchiteX EMS

Birdtical is a manufacturer of specialized energy management systems for PV and energy storage applications. The ArchiteX EMS family stands out for its modular architecture, high efficiency, robust safety technology and proven reliability. The systems are scalable and suitable for commercial rooftop systems as well as small to medium-sized industrial businesses and private multi-party installations. They support seamless integration into existing PV and storage infrastructures.

Typical Applications and Benefits

ArchiteX EMS optimize yields and self-consumption, control loads, storage and feed-in, and meet common grid connection requirements. Typical applications are retail spaces, production halls, residential complexes and municipal buildings. Benefits for operators include reduced grid costs through peak load management, higher PV self-consumption rates, easy connection to SCADA/EMS platforms and improved system availability through redundant control options.

Our Birdtical ArchiteX EMS at a Glance

• Birdtical ArchiteX EMS AX400 Small Commercial Pro — Compact solution for small commercial businesses with optimized self-consumption and load management.
• Birdtical ArchiteX EMS AX500 Commercial Basic — Cost-efficient gateway for medium-sized PV systems with standardized interfaces.
• Birdtical ArchiteX EMS AX500 Commercial Pro — Extended control functions, enhanced monitoring and flexible load management for commercial use.
• Birdtical ArchiteX EMS AX600 Industrial Pro — Highly scalable industrial variant with redundant control, extended communication and maximum load capability.

Technical Fundamentals and Features

ArchiteX EMS are based on a modular hardware and software architecture with IEC-compliant communication interfaces (Modbus, MQTT, OPC UA). Core functions include real-time power optimization, PV forecast integration, battery state-of-charge management and grid-supportive control algorithms. Safety is ensured through access controls, firmware signatures and logging. The systems are designed for a long operating life and easy maintenance, offer high efficiency in energy flow and ensure high reliability through monitoring and redundant components.