Expert perspectives on industrial automation, smart energy management, IIoT integration, and power electronics from our engineering team.
A personal story about the mistakes I made registering a Generac Guardian 24kW home backup generator, including a costly oversight on the spark plug gap and tracking down the voltage regulator location.
An insider's account of how focusing on unit price instead of total cost of ownership led to costly mistakes when sourcing generators and services, and why TCO thinking is critical for dealers and installers.
A quality manager breaks down the real-world decisions behind choosing a Generac 22kW generator, the tri-fuel option, and the 200 amp transfer switch. No fluff, just the specs that matter.
A quality inspector answers 7 common Generac generator questions, covering replacement batteries, covers, fuel pump repair costs, stuck oil filters, and spark plug sockets. Real-world experience, not theory.
Choosing between a Generac certified installer and a DIY approach depends on your specific situation. Based on quality audits and site inspections, here’s a breakdown of three distinct scenarios to help you decide.
A quality inspector explains the real reasons behind Generac generator noise, what it reveals about installation and maintenance, and how to tell the difference between normal operation and a real problem.
Procurement manager breaks down the true cost of universal EU adapters vs. dedicated world-to-UK adapters. Hidden fees, TCO analysis, and real-world test data included.
A firsthand account of the mistakes made while transitioning to home battery storage, answering the most critical FAQs about solid-state batteries, industrial energy storage, and eco-friendly power packs.
An experienced administrative buyer breaks down the decision between auto transformers and oil-immersed isolation transformers based on real-world purchasing scenarios, balancing cost, safety, and compliance.
A practical guide to choosing high-power PCS for BESS and DC microgrid applications, covering DC to 3-phase AC conversion and bidirectional converters, based on field experience and real-world mistakes.