Simurelay vs EV Charger Installer

Simurelay is a simulator to help you design electromechanical systems and simulate them. It allows to make many electrical diagrams by using the available basic components such as relays, switches, buttons, contactors, timers, motors...

EV Charging Installer is a professional toolkit for electricians, EV charger installers, and serious trainees working across the United States, United Kingdom, Australia, and New Zealand. Built for real-world EV charging work, the app combines install calculators, code-focused study tools, technical references, and practical field workflows in one place. It is designed to support EV charger planning, site verification, commissioning preparation, and exam or assessment study with country-aware content that adapts to your selected market. Whether you are working with NEC expectations in the USA, BS 7671 and DNO workflows in the UK, AS/NZS practices in Australia, or local utility and installation workflows in New Zealand, the app helps you move faster with more consistency across planning, learning, and site execution. Inside the app you can: Run EV charging calculators for load, voltage drop, service headroom, circuit sizing, and charge-time checks Study with guided questions, reference-linked practice, and mock exam style workflows Review structured code and technical reference content Use field tools for site checklists, utility notice workflows, commissioning support, and installation preparation Save bookmarks, checklist progress, exam scores, and calculator values on device Switch country profiles to load market-specific calculators, study prompts, references, and field tools for the USA, UK, Australia, and New Zealand EV Charging Installer is built to reduce friction between office planning, technical study, and on-site decision support, giving professionals and trainees a cleaner workflow for modern EV infrastructure work. Important: EV charging installation and electrical work are safety-critical. Always verify outputs, recommendations, and generated content against the applicable electrical code, utility requirements, manufacturer instructions, permits, inspection rules, and local laws before relying on them in the field.