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Learn how ETAP Feeder Hosting Capacity (FHC) provides immediate insights on the optimal amount and placement of distributed energy resources (DERs). Enhanced in ETAP 2026, short circuit and harmonic constraints have been added to this module. The presentation walks through how to apply various methods, such as nodal and stochastic, with key constraints, including min/max voltage, thermal, protection/bus bracing (IEC vs. ANSI), and harmonic (IEEE 519) to get a comprehensive view of the PV integration. The FHC Impact Analysis study is also presented, which is used to verify system stability using the IEEE 1547 rulebook, or by defining custom control curves.
Solar Bull, a Spanish company and a benchmark in renewable energy, shares its experience using ETAP as an integrated platform for electrical modeling and simulation in large-scale solar projects. In a context where complexity can increase significantly — with hundreds of circuits, long cable runs, and strict regulatory requirements — the company has chosen a solution that enables improved efficiency, reliability, and profitability from the design phase. In this video, Adrián Espasa, Electrical Engineering Director at Solar Bull, explains how ETAP has transformed their engineering processes and the benefits achieved in projects of up to 150 MW:
a complete plant modeling as a single electrical system
advanced load flow studies and protection coordination
cable thermal simulation and trench design optimization
design validation in days instead of weeks
Thanks to this methodology, Solar Bull has achieved tangible impacts in its projects:
up to 40% reduction in engineering time
more than €60,000 in direct savings
lower environmental impact and optimized material usage
reduced oversizing and greater design accuracy
The result is a fully validated electrical model before construction, which improves coordination between teams, reduces rework, and increases confidence among investors and operators. A clear demonstration of how electrical engineering becomes a key competitive advantage in driving the energy transition.
The ETAP software interface language can be localized using the ETAP Language Update Setup
ETAP 2026 System Requirements
ETAP 2026 Install Guide
In this testimonial, KBB shares how they improved their processes through the use of SEE 3D technology to design and engineer switchboards and control cabinets. Now that they are using SEE Electrical and SEE 3D Panel Manufacturing, they can quickly take any 2D design and generate the complete 3D digital twin of the electrical switchboard. They also benefit from the production machine integration provided by 3D Panel Manufacturing, which automatically takes the vast data from the model directly into CNC, drilling and wire cutting.
Learn how to improve the quality of project deliverables in engineering design projects using a connected workflow between Caneco low-voltage software and SEE Electrical Expert. This software demonstration uses a fully sized electrical installation with auto-generated calculations to automatically produce single-line or multiline diagrams for each panel. You’ll see how the compliance-backed calculations and sizing in Caneco can leverage the design and documentation within electrical CAD software, including all the circuit information and cabling with minimal re-entry, thereby saving time and reducing the duplication of efforts.
Learn how to use ETAP GMPE, a new Power Simulator enhancement in ETAP 2026 that combines motor modeling, performance simulation, energy usage analysis and lifecycle economic evaluation within one integrated tool. This presentation demonstrates the uses for GMPE to simplify the estimation of motor performance graphically, using nameplate data and manufacturer performance curves. Also demonstrated is a walkthrough of how to evaluate motor dynamic acceleration under different operating conditions. The presentation also touches on the importance of including energy usage analysis and lifecycle economic evaluation into motor studies. With so much energy and investment tied to motors, GMPE helps engineers improve the accuracy of motor performance analysis, ensure the reliable operation of motors during acceleration, and make sound financial decisions on motor purchases and replacements.
Learn how to design, validate, and optimize PV and storage systems and EV charging stations efficiently and safely for the evolving European energy market. Caneco Electrical supports the integration of BESS into multi-network PV system design and compliance assessments. The value for engineers goes beyond the accurate modeling renewable projects for buildings and infrastructure. It also provides time savings through the automatic generation of compliant calculation notes, optimized protection devices and bill of materials documents for PV renewable projects which integrate battery storage and EVSE.
For Electric Distribution Utilities (EDUs) and Co-ops, the shift toward a modernized grid is no longer a luxury - it is a necessity for survival. Digital Twins, Artificial Intelligence (AI) and Intelligent Substations will provide the transformative path.