If you have been putting off a decision on backup power or home EV charging, 2024’s homeowners had good reason to stop waiting, and the reasoning still holds up today. Generator and EV charger installations have quietly become two of the most requested upgrades for Maryland homeowners, and it is not hard to see why. Storms keep knocking out power, and more driveways than ever have an EV parked in them overnight. Both problems have the same solution: a little bit of planning and the right electrical work done once, done properly.
Let’s walk through what each upgrade actually involves, why so many homeowners are doing both at the same time, and what to expect if you decide to make the switch.
What counts as a backup generator, really?
A backup generator is exactly what it sounds like: a dedicated power source that kicks in when the grid goes down. Depending on the model, it runs on diesel, natural gas, or propane, and it can either sit as a standalone unit you wheel out when needed or stay permanently wired into your home’s electrical system so it switches on automatically.
For homeowners, outages usually trace back to storms and bad weather rather than anything dramatic. A generator just makes sure that when the power blinks out at 2 a.m. in the middle of a nor’easter, your fridge, sump pump, and furnace do not notice.
The main types of generators homeowners choose from
- Portable: Compact and mobile, these can be moved around to power specific appliances or tools as needed.
- Standby: Also called whole-home generators, these are permanently installed outside the house and wired directly into the electrical panel. They activate automatically and keep everything running, including sensitive electronics.
- Inverter: These convert AC to DC and back again, producing a cleaner, more stable power supply that protects equipment from surges. They come in both portable and whole-home versions.
- Solar: A greener option that stores solar energy in a battery for later use. Great for smaller loads, though the storage capacity is more limited than fuel-based options.
Is a generator actually worth it?
Honestly, it depends on where you live and how much risk you are comfortable with. Homeowners in areas with a stable grid and quick electrician response times sometimes decide to skip it. But it is worth looking at the bigger picture. The North American Electricity Reliability Corporation, the body responsible for monitoring grid reliability across the continent, has warned that electricity shortages are expected to climb through the back half of this decade, with tens of millions of residents potentially affected by outages tied to rising demand and aging infrastructure.
That is not meant to scare anyone into a purchase. It is just useful context when weighing the cost of a generator against the cost of losing power for days at a time.
What a generator actually buys you
- Emergency power: Keeps essentials running, from air conditioning to medical equipment like ventilators.
- Safety: Security systems, sump pumps, and monitoring equipment stay online instead of sitting idle during an outage.
- Work from home coverage: Routers, laptops, and everything else you need for a normal workday keep humming along.
- Peace of mind: You get to skip the scramble that comes with a sudden outage and just carry on with your day.
Working with an experienced generator installation service takes the guesswork out of the process. A good electrician handles the sizing, the fuel connection, and the wiring so the whole thing just works when you need it.
EV charging station installation, explained simply
An EV charger takes electricity from an outside source and converts it into something your car’s battery can actually use. Chargers fall into three categories: Level 1, Level 2, and Level 3, each with a different balance of speed and practicality.
Most EVs come with a basic Level 1 charger included, and plenty of public charging stations exist for on-the-go top-ups. Maryland alone has more than a dozen publicly available charging stations, and retailers like Whole Foods and Walgreens have added chargers to their parking lots too. Still, a lack of dependable public charging remains one of the most common complaints from EV owners, which is exactly why having reliable charging at home matters so much.
Level 1, Level 2, and Level 3: what’s the real difference?
- Level 1 chargers come standard with most EVs but are slow, often taking 50 or more hours for a full charge.
- Level 2 chargers cut that down to roughly 10 hours, making them the go-to upgrade for most homeowners.
- Level 3, or DC fast charging, can charge a vehicle in as little as two hours, but it requires specialized infrastructure that is not practical for a home setup. This is the tech behind Tesla Superchargers and similar commercial stations.
For most homes, the real decision comes down to sticking with the included Level 1 charger or upgrading to Level 2. If you are leaning toward the upgrade, it is worth having a licensed electrician handle the EV charging station installation rather than attempting it yourself.
Why a Level 2 upgrade is worth the investment
The Level 1 charger that ships with your EV plugs into a standard 120-volt outlet. It works fine overnight, but most owners eventually outgrow it. Here is what a Level 2 upgrade actually changes:
- Faster charging: Running at 240 volts instead of 120, a Level 2 charger can take a battery from empty to 80 percent in as little as four to ten hours.
- Lower energy costs: Level 2 charging is more efficient, and charging overnight often means tapping into cheaper off-peak electricity rates.
- Better integration with renewables: Some Level 2 setups pair well with solar and battery storage, letting you store daytime solar energy and use it to charge your car at night or during an outage.
A Maryland EV charger installation might sound like a bigger project than it actually is. Most homes already have the wiring bones needed, and a qualified electrician can usually get the job done in a single visit.
Generator and EV charger installations: why homeowners are doing both
More Marylanders are handling backup power and EV charging as a single project instead of two separate ones, and that makes sense. Both upgrades involve similar electrical planning, both benefit from a professional load assessment, and both add real, lasting value to a home. Pairing generator and EV charger installations also means fewer disruptions to your property since the electrical work can often be coordinated together.
Our approach to generator installation starts with sizing and selection. We assess the home, walk through fuel options (propane, natural gas, or diesel), and handle everything from tank placement to trenching and crane rigging when needed. Once installed, the generator integrates directly with your home’s electrical system so it kicks in automatically the moment the grid goes down. Ongoing maintenance keeps it reliable for years afterward.
EV charger installation follows a similarly straightforward process. We look at where the charger should go, what electrical work is needed to support it, what kind of EVs will be using it, and how the long-term energy savings stack up against gas. The good news is that a 240-volt outlet for a Level 2 charger is not much different from the one your clothes dryer already uses. It is not a complicated job, but it is one you want a licensed electrician handling for safety reasons.
Bringing in a licensed electrician makes the difference
Both of these upgrades touch your home’s core electrical system, so this is not really a DIY situation. A licensed electrician eliminates the personal risk of working with high-voltage systems and makes sure everything is installed to code, which protects you from bigger problems down the road.
Weisman Electric Co. has been serving Anne Arundel County along with Queen Anne’s County, Howard County, and Prince George’s County for more than 30 years as a family-owned electrical contractor offering same-day and around-the-clock service. Whether you are ready for generator and EV charger installations or just want to talk through your options, our team can walk you through what makes sense for your home and budget.
FAQs
1. How long does a typical EV charging station installation take?
For most homes, installing a Level 2 charger takes just a few hours in a single visit, assuming your electrical panel has enough capacity. If your panel needs an upgrade first, the timeline can stretch a bit longer, but an electrician will flag that during the initial assessment.
2. Can I get generator and EV charger installations done at the same time?
Yes, and many homeowners prefer it this way. Since both projects involve similar electrical planning and panel work, coordinating them together often saves time and reduces the number of separate visits needed to your property.
3. Do I need a permit for a Maryland EV charger installation?
In most Maryland jurisdictions, yes, an electrical permit is required for a Level 2 charger installation. A licensed electrician will typically handle the permitting and inspection process as part of the job, so it is one less thing for homeowners to manage.
4. What size generator do I actually need for my home?
It depends on what you want to keep running during an outage. A partial-home setup covering essentials like the fridge, sump pump, and a few outlets needs less capacity than a whole-home standby unit meant to power everything, including HVAC. An electrician can calculate your home’s specific load during a walkthrough.
5. Is a Level 1 charger really not enough for daily driving?
It depends on your commute. If you drive fewer than 30 to 40 miles a day, a Level 1 charger might keep up fine overnight. Once your daily mileage climbs higher, or if you just do not want to think about charging math, a Level 2 upgrade removes the guesswork entirely.