As an industrial generator supplier, I’ve spent the last 12 years watching our industry shift from focusing solely on power output to centering every step of our process around product safety. Early in my career, I met a small manufacturing plant owner who’d bought a used generator that caught fire during a critical production shift—destroying $200,000 in materials and putting two workers out of a job. That story stuck with me; it’s why safety isn’t just a buzzword for my team, it’s the non-negotiable foundation of everything we do. Today, I want to walk through how we turn that commitment into action, from the moment a generator is designed to the day it’s installed and running at a customer’s site.
The first line of defense in generator safety is engineering and material selection, and this starts long before any unit hits the production line. We don’t cut corners on components that handle fuel, electricity, and heat—areas where failures lead to the most common safety hazards like fires, electric shocks, or exhaust leaks. For example, all our generators use UL-listed wiring harnesses that are engineered to resist abrasion, heat, and chemical exposure, which is a big step up from generic wiring that some suppliers use to reduce costs. We also spec heavy-duty, corrosion-resistant fuel lines made of rubber-reinforced steel, not thin plastic, because even a tiny fuel leak from a frayed line can ignite when exposed to the generator’s hot exhaust manifold. A lot of suppliers test components in isolation, but we run full-system stress tests on every model, including our mid-range units like the 220KW Diesel Generator, to simulate real-world conditions like extreme temperatures, heavy loads, and sudden power surges. These tests have caught design flaws—like a minor exhaust routing issue that could have burned a nearby fuel tank—before we ever produce a single unit for sale.
Next, we rely on rigorous third-party certifications to validate that our safety standards meet global and industry-specific requirements. It’s not enough to say our generators are safe; they need to pass the same strict tests that customers and regulatory bodies (like OSHA in the U.S., CE in the EU, and CSA in Canada) mandate. Every generator we sell undergoes testing from accredited labs to earn certifications for electrical safety, fuel system integrity, and emissions control. For our higher-capacity models, like the 600KW Perkins Engine Generator Set, we go above and beyond baseline requirements to test for what’s called “load bank stability”—meaning the generator can handle sudden, large changes in power demand without fluctuating voltage or overheating, which can damage connected equipment or create electric arc hazards. We also require that all our engine components, including the Perkins branded engines we partner with, have their own safety certifications, because a generator is only as safe as its weakest part. A few years ago, we switched to only using engines that meet Tier 4 emissions standards not just because they’re better for the environment, but because they have built-in safety features like closed crankcase ventilation that prevent oil leaks from entering the exhaust system, reducing fire risks.
Once a generator is engineered and certified, our assembly process is where safety becomes tangible. We’ve built our production facility around dedicated safety checkpoints that every unit must pass before it leaves the floor, and every technician on our team is trained to recognize and address potential hazards, not just tighten bolts or connect wires. Our assembly line is divided into four key safety-focused phases: fuel system installation, electrical system wiring, exhaust and ventilation setup, and final pre-delivery testing. In the fuel system phase, two separate techs inspect every line and connection—one after installation, and a second pressure test to check for leaks, using a non-corrosive gas that lets us spot even micro-leaks. For electrical systems, we use color-coded wiring and clear, standardized schematics to eliminate mix-ups that could lead to short circuits or wrong voltage outputs—this is why our line technicians don’t work with wiring they haven’t been trained on; only our certified electrical specialists handle that step. We also integrate safety features directly into the unit during assembly, like automatic shutdown mechanisms that trigger if oil pressure drops too low, coolant temperature gets too high, or exhaust gas levels exceed safe limits. For example, our 400KW Perkins Large Generator includes a quiet vented enclosure that not only reduces noise for on-site workers, but also has built-in fire suppression panels that activate if heat from an overheated component reaches a certain threshold—no customer has to install that after delivery, it’s part of the unit’s core design.
Quality control during and after production is where we separate ourselves from suppliers that treat safety as an afterthought. Before any generator ships to a customer, it goes through a 48-hour continuous run test at our facility, operating at 110% of its rated load. This test isn’t just to prove it produces power—it’s to track every safety system’s performance: does the automatic shutdown trigger when we simulate a low oil pressure event? Do the fuel lines hold pressure for the entire test run? Does the exhaust stay within safe temperature ranges? We also run a full electrical audit with specialized tools that check for stray voltage, which is a major hazard for workers and equipment, especially in industrial settings where floors are often wet or conductive. For customers that request it, we can also include a site-specific load test that mirrors their facility’s power demand, because a generator that works perfectly in our controlled lab might behave differently when connected to a complex network of machinery. For example, our 260KW Electrical Generators, often used for small manufacturing plants or retail centers, are tested to handle the variable loads of multiple machines running at once, without voltage spikes that could damage sensitive equipment like PLC controllers or HVAC systems.
Safety doesn’t end when a generator is installed at a customer’s site. We believe responsible supplier support is a key part of ensuring long-term safety, which is why we provide comprehensive training for our customers’ operators and maintenance teams, plus ongoing technical support. When a generator is delivered, our installation team doesn’t just hook it up and leave—they walk the customer through every safety feature, explain how to perform basic checks (like weekly fuel filter inspections or monthly battery tests), and teach them what warning lights or sounds mean. We also provide a digital manual for every generator, including safety protocols for emergency shutoff, troubleshooting common small issues, and scheduling maintenance that prevents safety risks from developing over time. For example, a common mistake we see customers make is skipping fuel filter changes, which can lead to clogged lines and increased pressure on the fuel system, leading to leaks. Our training sessions emphasize that these small, regular steps are far more effective than waiting for a major safety failure. We also offer optional annual safety audits for all our generators, where our team visits the site, inspects the unit, tests all safety systems, and updates maintenance records—this is especially important for high-capacity units like the 440KW Electric Power Generation models used for hospitals, data centers, and large industrial plants, where downtime isn’t just inconvenient, it’s a safety risk for staff and patients.
Over the years, we’ve also learned that safety is a two-way conversation with our customers. We don’t take a one-size-fits-all approach, because a generator for a remote construction site has different safety needs than one for a food processing plant where chemical exposure is a concern. When a customer reaches out to us, the first question we ask isn’t “How much power do you need?” it’s “Where will this generator operate, and what safety risks are most important for your site?” For example, a customer in a coastal refinery needed a generator that could handle saltwater exposure, so we adjusted the corrosion protection on the fuel and electrical systems, and added extra ventilation to prevent exhaust buildup in confined spaces. Another customer, a small hospital, needed a generator that could start in 10 seconds or less for critical care equipment, so we optimized the battery and fuel system for fast starts without compromising safety—this led us to develop a modified version of our standard units that now serves as a go-to for medical facilities. This customer-focused approach means we’re not just selling a generator, we’re providing a solution that meets their specific safety needs, which is why many of our clients have been with us for more than a decade.
I often hear people in our industry say that safety adds cost, and while that’s true in the short term, it’s nothing compared to the cost of a safety failure. Last year, a customer of a competitor’s told us their generator failed during a power outage at their food processing plant, causing thousands of pounds of product to spoil and leading to a facility shutdown that lasted three days. The issue? A cheap wiring harness that wasn’t rated for the plant’s high humidity had shorted out, and the supplier hadn’t included the automatic shutdown feature that could have prevented the fire that also damaged part of their electrical panel. We’d never cut corners on those components, because we know our customers rely on our generators to protect their people and their business—and that responsibility is non-negotiable.
At the end of the day, our goal as a generator supplier is to provide equipment that not only delivers reliable power, but gives our customers peace of mind that their team, their facility, and their operations are safe. Every unit we build, every test we run, and every conversation we have with a customer is rooted in that promise. If you’re looking for a generator that’s designed with safety as its top priority, and want to work with a partner that will support you for the lifetime of your equipment, please reach out to our team to discuss your specific needs.
References
- Occupational Safety and Health Administration (OSHA). (2023). Safety Standards for Portable and Stationary Generators. U.S. Department of Labor.
- Underwriters Laboratories (UL). (2022). UL 2200 Standard for Stationary Generators. UL Solutions.
- European Committee for Standardization (CEN). (2021). EN 60034-1 Rotating Electrical Machines - Part 1: Rating and Performance.
- Perkins Engines Company Limited. (2023). Tier 4 Final Engine Safety and Emissions Guidelines. Perkins Technical Library.
- National Fire Protection Association (NFPA). (2022). NFPA 110 Standard for Emergency and Standby Power Systems.