With electricity rates rising and a new data center being built a few miles from my front door, Nick Indge decided it was time to jump in the deep end and install solar power. If you've considered making the leap yourself, you might learn from his experience.

For years, I’d debated whether residential solar would make sense for my home. The math never quite clicked, and I refused to go into debt by signing a $30,000 contract or leasing agreement with a door-to-door solar sales company. It wasn’t until the end of 2025 that the market finally forced my hand.

The combination of a steady, upcoming increase in electricity rates, the impending January 1, 2026, expiration of federal tax rebate incentives, and battery tech actually improving in recent years made a far-off “maybe one day” dream into an achievable DIY project. The announcement that a new hyper-scale data center was going in a few towns over made the decision to finally jump in a no-brainer.

Many of my tinkering projects are driven by curiosity. I like to see if I can accomplish a goal without paying as much as expected, and I’m admittedly motivated by the feeling of getting away with an unexpected hack. Channeling a little ingenuity and effort feels like an arrogant middle finger at being told what I have to buy, and nowhere was that feeling more satisfying than in this solar project. If you’ve been thinking similarly about making the leap to solar power, I know how intimidating it can be. But in my experience, the squeeze was well worth the juice I got in return.

  • livligkinkajou@slrpnk.net
    2·
    1 month ago

    the challenge with balcony solar is that they’re not legal in many places

    That’s indeed a good point, which is why we should keep the pressure on it. We can already see some campaigns forming around its legalization in some provinces, as seen here. If you haven’t already, sign the petition while you’re at it

    There are some great resources there, so I’ll just copy some relevant information in case someone is interested:

    So why can’t you buy one in Canada?

    It isn’t dangerous and it isn’t banned. There just isn’t a Canadian rulebook for it yet. Canada’s own safety body has said these little plug-in systems fall outside its current rules, and the good news is that rulebook is finally being written. In January 2026 the country’s standards council started the process of adopting a national plug-in-solar safety standard

    Here’s how we change it.

    Canada needs two simple things. A safety stamp that says these systems are good to go, ideally a Canadian one rather than a borrowed one. And a plain rule that lets people plug a certified one in without a permit or a pile of utility paperwork. Both are already moving. Germany has plugged in more than a million of them, and Utah made it legal on a vote with nobody against. What gets it over the line here is enough of us asking.

    It’s safe, it’s proven, and it works everywhere it’s allowed.

    • Canaconda@lemmy.ca
      2·
      1 month ago

      The part your missing is why it’s illegal. Canadian electric code requires everything to go through the breaker box so that electricians can know there is no current in the building.

      So even if the rules are changed this introduces installation costs that could be prohibitive.

      A safety stamp that says these systems are good to go

      Of which there are current zero devices registered for legal sale in Canada, because of the code issues prescribed above.

      It’s safe, it’s proven, and it works everywhere it’s allowed.

      The problem is that plug in balcony solar is not considered safe according to our electrical code.

      Plus any situation where they make balcony solar accessible will inherently mean rooftop solar becomes availabe and is clearly the more cost effective option.

      • livligkinkajou@slrpnk.net
        4·
        1 month ago

        Is it illegal or is it not legalized? I think there might be a big difference between those two. Rules and codes can and do change all the time. Just look at UL 3700, which carries the ANSI/CAN/UL designation, signaling Canadian applicability.

        It might be even easier now that Canada is getting closer to the EU for it to follow some of their standards as well, like their plug in solar regulatory framework, specially seen that Canada is also a member of IEC (International Electrotechnical Commission), which also covers solar energy

        Plus any situation where they make balcony solar accessible will inherently mean rooftop solar becomes availabe and is clearly the more cost effective option.

        Keep in mind there are different situations that would greatly benefit from it, like those living in apartments, renters, or where replacing their roof structure for solar panels is more expensive than upgrading a circuit for plug in solar. The market is there, we just need to give it a push by making it legal