Steve Gagne

Once you have decided on a Level 2 charger, the next question is where it goes. Placement is not just a matter of preference. It affects how much the installation costs, what equipment you need, weather is a factor, and how the project gets permitted and inspected. In Minnesota, the cold and snow add a few considerations that warmer states don’t have to think about. Here is how the three most common locations compare.

Most electric vehicle charging happens at home, overnight, while the car sits in the driveway or garage. That makes your home charging setup a part of EV ownership you live with every day.   The first real decision is whether to charge at Level 1 or Level 2? The answer depends on how you drive, the age of your home electrical system, and a few things that are specific to Minnesota like our cold winters and utility programs that will incentivize you to charge during off-peak periods.

If you have solar panels on your Minneapolis home and you are starting to think about a new roof, you have probably started to ask yourself what happens to the panels? You cannot just roof around them and a roofing crew cannot simply rip them off and reinstall them. Your solar array is a live electrical system that is integrated into your roofing system and framing. In order to avoid triggering roof leaks or voiding system warranties the system should be removed carefully by an experienced solar contractor. This is the best way to preserve the value of your solar investment.

For a Minneapolis business, electricity is one of the few major operating costs that feels completely out of your control. Rates rise, demand charges fluctuate, and the bill arrives every month whether business is up or down. Commercial solar is one of the few moves that turns that unpredictable cost into something you own and can plan around. If your building has roof space or land sitting unused, it is worth understanding what solar can actually do for the business.
This is not a sustainability pitch. The case for commercial solar in Minneapolis is a financial one, and it rests on a few specific things: how commercial electricity is priced, the tax treatment available to businesses, and the long-term value of locking in a predictable energy cost. Here is what to weigh before you invest.

When the power goes out in the middle of January and the temperature outside is twelve degrees, the question of what your home battery is actually doing becomes a lot less theoretical.

Most homeowners who look into battery storage have some version of backup power in mind. But there’s a significant gap between what people imagine a home battery does during an outage and what it actually does. That gap often leads to either oversizing out of anxiety or undersizing because the sales conversation glossed over the details. This post is about closing that gap.

Both generators and home batteries solve the same basic problem: keeping your home functional when the grid goes down. But they solve it in very different ways, with very different tradeoffs. And for a Minnesota home, where outage risks look different in January than in July, the comparison is worth thinking through carefully rather than defaulting to whatever your neighbor installed.

Solar incentives are one of those topics where the more you read, the more confused you can get. Different programs, different eligibility rules, different timelines, and a lot of websites that are either oversimplifying or burying you in details you don’t need yet. This post covers the programs that actually matter for most residential solar

There’s a version of the solar conversation that a lot of Minneapolis homeowners have learned to dread. A sales rep shows up, runs through a presentation, throws out a big number, and spends the next hour explaining why you need to sign before the incentives disappear. It feels less like advice and more like pressure.

Most homeowners who end up going solar didn’t wake up one day and just decide. They spent months, sometimes longer, weighing the pros and cons. We created a checklist that is designed to help you think through this decision honestly.  Some items are straightforward, others require a little more digging. But by the time you’ve

If you’ve been researching solar or battery storage, you’ve probably started seeing smart panels come up in the conversation. They sound straightforward enough — a smarter version of your electrical panel — but the actual explanation of what they do and why someone would pay for one tends to be either too vague or too technical to be useful.

This post is the straight forward explanation on smart panels. What a smart panel is, what it actually does inside your home, how it fits into a broader energy plan, and the situations where upgrading to one makes genuine sense for a Minnesota homeowner.