Generator Buying FAQ: What I Learned as an Admin Buyer (Briggs & Stratton Focus)

Quick note before we start: I manage purchasing for a 200-person company. That includes ordering equipment for our facilities team—generators being one of them. I've processed about 60 orders for generators and related gear over the last four years. I've made good calls and bad ones. This FAQ answers the questions I wish I'd had a clear answer to when I started.

FAQ: Generator Selection & Usage

1. Why should I consider a generator for my business?

Short answer: downtime costs more than the generator. In our company, a four-hour power outage in 2023 meant about $12,000 in lost productivity across two departments. We didn't have a backup plan then. We do now. Honestly, if your operations rely on anything that needs power—servers, refrigeration, even just lights for safety—it's worth evaluating.

2. Is there a big difference between portable and standby generators?

Yes, but it depends on use case. For a single event or temporary power at a job site, a portable unit like the EXL8000 Briggs and Stratton generator works fine. But if you need automatic backup during business hours, standby generators are where it's at. Here's the thing people don't always realize: standby units require professional installation. That's an added cost. Portable units? You can wheel them out and plug stuff in. I've done both. For our main office, we went standby. For remote job sites, portable.

3. Briggs & Stratton vs Generac vs Kohler: How do I choose?

I've worked with all three. Here's my take: Briggs & Stratton generators often hit a sweet spot for mid-range power needs. They're durable, and the parts availability is good—which matters when you need a replacement carburetor or filter fast. Generac has a broader dealer network, which can make installation easier. Kohler tends to be pricier but very polished. The conventional wisdom is to pick a brand and stick with it. My experience? It's more about finding a local dealer who services what you buy. A great dealer can make a mid-tier unit work perfectly. A bad one can make a premium unit a headache.

4. What about the 'EXL8000' model? Is it worth it?

The EXL8000 Briggs and Stratton generator is a solid workhorse for commercial use. We have two. It's loud, but it's reliable. We use one for construction site power and another as a backup for our warehouse. The on/off switch is straightforward—though I've had one jam on us once. A quick fix, but something to note. If you need 8,000 watts of portable power and you're okay with the noise, it's a no-brainer. If you need something quieter, look at inverter models.

5. What about the on/off switch? Is that a common failure point?

Funny you ask. I've seen a few posts about the Briggs and Stratton generator on off switch causing issues. Honestly, it's not super common, but it happens. Usually, it's dirt or debris. A quick clean can fix it. But if you're buying used, check that switch. A costly mistake I made once: bought a used unit without testing the switch. Had to replace it within a month. Not ideal.

6. Can a generator work with a 12 volt battery charger or solar panels?

Yes, but it's about matching loads. A 12 volt battery charger for power wheels is a small load—any generator can handle that. A 500 watt solar panel system? That's a different beast. You don't need a generator for solar panels unless it's for backup charging during cloudy days. What I mean is: think about what you're powering, not just the generator's max wattage. The total running wattage is what matters.

7. Can a fuel pump cause a misfire in a generator?

Absolutely. If you've ever dealt with a car that's misfiring, you know the symptoms. A bad fuel pump can cause lean conditions, which leads to misfires. I've seen it in one of our smaller units. A simple check: if the generator runs rough at idle but smoother at full throttle, suspect fuel delivery. It's not just a car problem—it's an engine problem.

Bottom line: Generators are a tool. Like any tool, they require some basic knowledge to use effectively. If you're making a buying decision, focus on your load requirements, the service network in your area, and the total cost of ownership. A lower upfront price can mean higher maintenance costs later. A lesson learned the hard way.