Solar + Battery Backup for Ohio’s Storm Season: Keeping the Lights On

July 30, 2026/in Blog, Featured /by Josie Puskar

Ask anyone in Northeast Ohio or Western Pennsylvania about the last big storm and they’ll remember how long the power was out. Summer thunderstorms, winter ice, and an aging grid under growing strain all add up to more outages, and longer ones. A lot of homeowners assume that if they have solar panels, they’re covered when the grid goes down. It’s one of the most common misconceptions we run into, and getting it right matters. Here’s how backup power actually works with solar, and why the answer is a battery.

The Solar Backup Misconception

Here’s the part that surprises people: a standard grid-tied solar system shuts off automatically when the grid goes down, even in the middle of a sunny day. That’s not a defect. It’s a required safety feature. If your panels kept pushing power onto the lines during an outage, they could endanger the utility crews working to restore service. So the system disconnects.

Which means solar panels by themselves do not keep your lights on during an outage. To have power when the grid fails, you need a way to safely “island” your home, disconnect from the grid and run on your own stored energy. That’s exactly what a battery does.

How Solar-Plus-Storage Works in an Outage

Diagram showing how a solar plus battery system islands a home and keeps critical loads running during a grid outage

When you add a battery and the right equipment, the picture changes completely. During normal operation, your panels power your home and charge the battery, with any excess flowing to the grid for net-metering credits. When the grid goes down, your system safely disconnects and switches to backup mode in a fraction of a second.

Now your home runs on the battery, and here’s the elegant part: as long as the sun is up, your panels keep recharging that battery. A generator runs until it’s out of fuel. A solar-plus-storage system can cycle day after day, drawing down at night and refilling during daylight, which is a real advantage in a multi-day outage when fuel is hard to come by and gas stations are dark too.

What You Actually Want to Back Up

You don’t necessarily need to power your entire home to ride out an outage comfortably. Most homeowners prioritize the loads that matter most:

Refrigerator and freezer, so you don’t lose hundreds of dollars of food
Well pump, which for rural properties means running water
Heating system controls and fans, critical in an Ohio winter
Sump pump, to keep a basement dry during the same storms that cause outages
Medical equipment, internet, and phone charging, the modern essentials
A few lights and outlets to keep daily life normal

Designing around these “critical loads” lets you get meaningful resilience from a right-sized battery rather than paying for far more capacity than you need.

Worth knowing: For rural homes and small farms on well water, a sump pump and a well pump are often the two loads people most regret losing in an outage. Both are excellent candidates for battery backup, and they don’t draw much when sized correctly.

Sizing a Battery for Your Home

The right battery size depends on two things: how much you want to run, and for how long. A single battery unit can typically carry a home’s critical loads through a night and into the next day, at which point solar recharges it. If you want to power more of the home, or bridge longer stretches of cloudy winter weather, we can design a system with multiple units.

This is where a real evaluation matters. We look at your actual usage, the loads you care about, and your local outage history, then design storage that fits, rather than selling you a one-size-fits-all package. We walked through the different product options in our post on solar battery backup options for homeowners.

Why Batteries Are Getting More Affordable

There’s good news on cost. Battery manufacturing is scaling up rapidly in the United States, which is putting downward pressure on prices and improving supply. We wrote about one example of this shift when a major manufacturer announced U.S. residential battery production in our post on domestic battery manufacturing in Michigan.

For homeowners, the practical takeaway is that solar-plus-storage is more accessible than it was even a couple of years ago, and the resilience it provides is increasingly worth it as outages grow more frequent.

The Bonus: Value Beyond Outages

A battery earns its keep even when the grid is up. Because it stores energy your panels produce, it lets you use more of your own solar power instead of pulling from the grid during expensive evening hours. As utility rates climb across our region, that day-to-day value grows. So a battery isn’t only insurance against the next storm, it’s a tool that makes your whole solar investment work harder every single day.

How to Get Started

If keeping the lights on through the next big storm matters to you, here’s how the process works with Canopy Solar:

Free evaluation. We review your home, your usage, and the loads you most want to protect.
Custom design. We size solar and storage together to cover your critical loads and match your budget.
Honest projection. We show you realistic costs and what to expect, with no inflated promises.
Professional installation. We handle permitting, interconnection, and a clean install to code.
Monitoring. You track production and battery status right from your phone.

Be Ready Before the Next Outage

Solar alone shuts off when the grid goes down. Solar plus storage keeps your critical loads running. Find out what it would take to back up your home. Free evaluations across Northeast Ohio and Western Pennsylvania.

Schedule a Free Evaluation

Resilience You Can Count On

Storms aren’t getting less frequent, and the grid isn’t getting younger. The homeowners who weather the next multi-day outage most comfortably will be the ones who planned for it. Solar-plus-storage gives you that peace of mind, and unlike a generator sitting idle in the garage, it works for you every day the sun shines.

If you’ve wondered whether your solar could keep your home running when the power’s out, reach out to our team. We’ll walk your property, talk through the loads that matter most to you, and give you a straight answer, from a local company that’s been doing this for over 16 years.

Solar + Your EV: Driving on Ohio Sunshine

July 30, 2026/in Blog, Featured /by Josie Puskar

There are more electric vehicles in driveways across Northeast Ohio and Western Pennsylvania every year, and if you’ve got one (or you’re eyeing one), you’ve probably done the mental math on charging it at home. Here’s the fun part most people don’t think about until later: pair that EV with rooftop solar, and you can fuel your car with sunshine that lands on your own roof. No pump, no volatile gas prices, just miles powered by the sun. Let’s walk through how it actually works, what it does to your electric bill, and how to size a system so the car is part of the plan.

Why Solar and an EV Belong Together

An EV and a solar array are a natural match, because each one makes the other more valuable. Your panels produce clean electricity; your car is a big, hungry battery that’s thrilled to drink it up. Instead of sending every extra kilowatt-hour back to the grid, you can pour it straight into your car and turn sunshine into miles.

For a lot of households, the daily commute is one of their biggest ongoing expenses. Powering that commute from your own roof, rather than from the pump or from ever-pricier grid electricity, is one of the most satisfying things solar can do. It’s the difference between renting your fuel and owning it.

Fueling Your Car With Sunshine

Electric vehicle charging in the driveway of an Ohio home powered by rooftop solar

Here’s the part that makes people grin. An efficient EV travels somewhere in the range of three to four miles on a single kilowatt-hour of electricity. Charge that kilowatt-hour from the grid and it costs you a few cents; charge it from panels you already own, and after your system has paid for itself, it’s essentially free.

Compare that to a tank of gas, where every mile costs whatever the pump demands that week, and the appeal is obvious. You’re trading an unpredictable, ever-rising fuel cost for daylight that falls on your roof at no charge. Over the 25-to-30-year life of a solar system, a daily driver’s worth of “sunshine miles” adds up to real money, and that’s on top of the savings on your home’s regular electricity use.

The simple version: Gas prices change every week. Grid rates keep climbing. Sunshine on your own panels, once they’re paid off, is about as close to free fuel as you’ll ever get, and it doesn’t care what’s happening at the pump.

What an EV Does to Your Electric Bill

Before you plug in, it’s worth knowing what an EV does to your home’s power usage, because it’s more than people expect. An electric vehicle is essentially a very large appliance. Driving a typical number of miles a year, an EV can add roughly a third to your household’s electricity use, sometimes more.

If you charge that car on grid power, at rates that are climbing across our region, you’ll feel it on your electric bill. That’s not a reason to skip the EV; it’s a reason to think about where the power comes from. This is exactly where solar changes the equation, because it lets you cover that new load with electricity you generate yourself instead of buying it at rising rates.

Charging at Home: Daytime Sun and Overnight Credits

“But I charge my car at night, when the sun’s down, so how does solar help?” Great question, and the answer is net metering. During the day, your panels often produce more than the house is using, and that surplus flows to the grid for credits. When you plug in the car overnight, you draw power back down against those daytime credits.

In effect, your roof banks sunshine during the day and your car spends it after dark. If you’re able to charge during daylight hours (say, a work-from-home day or a weekend), even better, your car sips power straight from the panels in real time. Either way, the system works around your schedule. And if you want to store your own solar power directly rather than lean on the grid, a home battery is an option we’re happy to talk through, the same setup that keeps your lights on in an outage, which we covered in our post on solar and battery backup for storm season.

Sizing Solar to Cover the Car

This is the practical heart of it. If an EV is in your driveway now or on your horizon, we design your system to cover the home and the car from the start. That means a somewhat larger array, and yes, a somewhat higher upfront cost, but that extra capacity is some of the best-value solar you can buy, for two reasons:

Every added panel offsets fuel, not just household power. You’re erasing a gasoline bill, a completely separate cost, alongside your electric bill.
Your fuel price gets locked in for decades. Once the panels are up, the cost of powering your car is fixed for 25 to 30 years, while pump prices and grid rates keep marching upward.

The one thing we’ll ask you up front: is an EV anywhere in your plans? Even if it’s a year or two out, telling us now means we design for where you’re headed instead of leaving you undersized the day the car arrives.

Not Just Cars: Farm & Fleet EVs

This isn’t only a passenger-car story. Across our service area, more farms and small businesses are adding electric utility vehicles, light-duty trucks, and equipment. On-site solar paired with charging lets an operation fuel that fleet with sunshine, turning a rising fuel-and-power cost into a fixed one. The math that works for a family sedan scales right up to a work truck or a UTV making laps around the property.

How to Get Started

Here’s how we help you turn your roof into a fuel source:

Free evaluation. We review your home, your roof, your electric bills, and your driving, EV now or later.
Custom design. We size a system to cover your household and your car, with charging and battery options if they make sense.
Honest projection. We show you realistic costs, savings, and payback, factoring in the gas you’d stop buying. No inflated numbers.
Installation and monitoring. We handle permits and interconnection, install to code, and set you up to watch your production, and your sunshine miles, from your phone.

For more on how solar performs in our climate, our post on whether solar really works in Ohio is a fun read, and our Solar FAQ covers the common questions.

Fuel Your Car With Your Own Roof

If there’s an EV in your life, or coming soon, let’s design solar that covers the house and the car. Free site evaluations across Northeast Ohio and Western Pennsylvania.

Schedule a Free Evaluation

Miles Made of Sunshine

There’s a real satisfaction in driving past a gas station knowing your car runs on your own roof. Pairing solar with an EV lets you lock in your fuel costs for decades, shrug off the next rate hike, and turn ordinary Ohio daylight into everyday miles. If you’re already driving electric, or thinking about it, it’s worth designing your solar with the car in mind from day one.

Curious what it would look like at your place? Reach out to our team and we’ll give you a straight, friendly answer, from a local company that’s been doing this for over 16 years.

EV efficiency, charging, and cost figures are general estimates for illustration and vary by vehicle, driving habits, utility, and rates. Consult Canopy Solar for a project-specific design and projection.

Summer solar production on residential rooftop in Ohio and Pennsylvania.

Why Summer Is the Most Productive Solar Season

May 12, 2026/in Blog /by Josie Puskar

If you have solar panels on your home in Ohio or Pennsylvania, June is the month you’ve been waiting for. Long days, high sun angles, and clear summer skies combine to create the most productive stretch of the entire solar year. Here’s what’s happening on your roof right now, how to make sure your system is performing at its best, and why summer is the smartest time to think about adding battery storage.

Why Summer Is the Most Productive Solar Season

Solar panels need two things to produce electricity: sunlight and time. Summer delivers both in abundance.

In Northeast Ohio and Western Pennsylvania, our June days stretch to about 15 hours of daylight, compared to just over 9 hours in December. That’s nearly 6 extra hours of potential production every single day. The summer solstice on June 21 is the longest day of the year, and the entire month of June sits at or near peak daylight.

It’s not just the length of the day, either. The sun’s angle matters just as much. In summer, the sun rises higher in the sky, which means sunlight hits your panels more directly and more intensely. This combination of long days and high sun angles is why June, July, and August consistently produce the highest energy output of the year for residential solar systems in our region.

When Solar Production Peaks in Ohio & PA

If you’ve had solar for a year or more, you’ve probably already noticed the seasonal rhythm. For most homeowners in our service area, the production curve looks something like this:

December & January: Lowest production months (short days, low sun angle, snow on panels)
February & March: Production starts climbing as days lengthen
April & May: Strong shoulder-season production with clear skies
June, July, August: Peak production months
September & October: Still strong, but tapering as days shorten
November: Significant drop-off as cloud cover increases

Many of our customers are surprised to learn that May can sometimes outperform July. Why? Because solar panels actually become slightly less efficient when they get extremely hot, and July afternoons can see panel temperatures well above 100°F. May tends to feature long days and cool, clear weather, which is the sweet spot for panel efficiency.

That said, June through August is still where the bulk of your annual production happens. A typical residential system in Ohio or PA generates roughly 30 to 40 percent of its total annual energy during these three months alone.

What “Peak Production” Actually Looks Like

Let’s put some real numbers to this. A typical 8 kW residential solar system in our region produces around 9,500 to 10,500 kWh per year. Here’s how that tends to break down across summer months versus winter months:

June production: roughly 1,100 to 1,300 kWh
July production: roughly 1,050 to 1,250 kWh
August production: roughly 950 to 1,150 kWh
December production: roughly 350 to 500 kWh

That’s why your December electric bill might still show a small charge from your utility, while your June bill could show a credit. Your system is essentially “earning” extra energy during summer that helps offset the slower production months on either end of the year.

Net metering reminder: If your utility offers net metering (most in our area do), the excess energy your system produces in summer gets credited to your account. Those credits roll forward and help cover your usage during winter, when production naturally drops. Summer overproduction is what makes year-round solar savings possible.

Reading Your Solar Monitoring App Like a Pro

If your system was installed by Canopy Solar, you almost certainly have access to a monitoring app on your phone. Whether you’re using Enphase Enlighten, SolarEdge, or another platform, summer is the perfect time to start paying closer attention to what your system is telling you.

Here’s what to look for during summer months:

Daily Production Curve

A healthy summer day should show a smooth bell curve, starting near sunrise, peaking around solar noon (roughly 1:00 PM during daylight saving time), and tapering off toward sunset. If you see weird dips, flat spots, or sudden drops, that could indicate shading from a tree that’s grown taller, debris on a panel, or an issue with one of your microinverters.

Comparing Day to Day

Two clear, sunny days should produce roughly similar output. If yesterday was sunny and you produced 50 kWh, but today (also sunny) only produced 35 kWh, something is worth investigating.

Per-Panel Performance

If your system uses microinverters or power optimizers, you can see how each individual panel is performing. All panels of the same orientation and size should be producing roughly the same amount. A consistent underperformer might be shaded, dirty, or have a hardware issue.

For a deeper dive into using your monitoring app effectively, take a look at our companion post: Solar System Monitoring App: Why Smart Solar Tracking Matters for Homeowners.

7 Ways to Maximize Your Summer Solar Output

Most modern residential solar systems are pretty hands-off, but there are a few things you can do (or pay attention to) during summer to get the most out of yours.

1. Check for New Shading

Trees grow. Branches that didn’t reach your panels last summer might be casting shadows this year. Walk around your property and check whether anything new is shading your roof during morning, midday, or afternoon hours.

2. Clean Off Pollen, Dust, and Debris

Spring pollen, summer dust, and bird droppings can build up on panels and reduce output. A heavy rainstorm usually handles most of this naturally, but if you’ve gone weeks without rain, your panels might benefit from a gentle hose-down (from the ground, not on the roof).

3. Watch for Pest Activity

Birds and squirrels sometimes nest under solar panels. If you see debris accumulating around your array or hear scratching sounds, contact us. Pest activity can damage wiring and reduce production.

4. Time Your Heavy Energy Use

If you’re on a time-of-use rate plan, run your dishwasher, laundry, pool pump, and other heavy loads during peak solar hours (roughly 10 AM to 4 PM). You’re effectively using your own free energy instead of paying premium rates later in the evening.

5. Pre-Cool Your House

Run your air conditioning a little harder during peak production hours so the house stays cool into the evening with less compressor activity. You’re using sun-powered electricity instead of grid power.

6. Charge EVs During the Day

If you have an electric vehicle, charging it during sunny midday hours means you’re driving on sunshine. Many EV chargers can be programmed to only charge during certain time windows.

7. Check Your Inverter

If you have a string inverter (the box on the side of your house or in your garage), make sure the indicator light is green. A red or yellow light could mean the inverter has faulted and needs attention.

Summer Storms & Why a Battery Matters

Summer thunderstorms cause grid outages across Ohio and Pennsylvania, making home battery backup essential

Here’s the part of summer solar that most articles don’t talk about: severe weather season.

June, July, and August bring the highest concentration of thunderstorms, high winds, and grid outages in Ohio and Pennsylvania. According to the National Weather Service Cleveland office, our region averages between 30 and 40 thunderstorm days per year, with the vast majority falling in summer months.

Here’s something most homeowners don’t realize: a grid-tied solar system without a battery shuts off automatically when the grid goes down. This is a safety feature called “anti-islanding” that protects utility workers from being electrocuted by a home solar system back-feeding into downed power lines. It also means that when your neighborhood loses power in a thunderstorm, your solar panels stop producing too, even if the sun is shining.

A home battery solves this problem. With a battery system installed, your home can keep running on stored solar energy even when the grid is down. We covered this in detail in our recent post about Qcells building residential batteries in Michigan, and the short version is: domestic battery production is scaling up quickly, and the technology has gotten dramatically more affordable and reliable.

Summer is actually a smart time to add a battery to an existing solar system. You’re producing more excess energy than you can use, and a battery lets you bank that surplus for storms, outages, and time-of-use rate protection.

Watch Your Electric Bill This Summer

If you’ve had solar for less than a year, this summer is when the savings really start to feel real. Your June, July, and August bills should be the lowest of the entire year, and depending on your system size and household usage, you may even see a credit balance from your utility.

Here’s what to pay attention to on your summer electric bills:

kWh delivered vs. kWh produced: Your bill should show how much energy you pulled from the grid versus how much your solar system sent back. Summer should heavily favor sending energy back.
Net metering credits: Look for accumulated credits or “banked” energy. These will help offset your winter usage.
Fixed charges: Even with solar, you’ll still pay a small monthly connection fee to your utility. This is normal.
Rate changes: Many utilities update their rates in June. If your rates went up, your solar system became more valuable overnight.

If your summer bills look higher than you expected, it’s worth a conversation. We can review your monitoring data and help diagnose whether your system is underperforming or whether your household usage has changed.

Curious How Your System Is Performing?

Whether you’re a current Canopy Solar customer or you have a system installed by another company, we can help you make sense of your monitoring data and identify opportunities to improve your output. We service any system, not just the ones we install.

Schedule a System Check

The Bottom Line

Summer is when residential solar systems do their heaviest lifting. June kicks off the most productive stretch of the year, and homeowners in Ohio and Pennsylvania can expect 30 to 40 percent of their annual solar production to happen between now and Labor Day.

To get the most out of this season:

Check your monitoring app regularly and watch for unusual patterns
Look for new shading, debris, or pest activity around your panels
Run heavy appliances during peak sun hours when possible
Consider whether a battery would protect you during summer storm outages
Review your summer electric bills to confirm your savings are tracking

And if you don’t have solar yet? June is honestly one of the best months to start the conversation. Systems installed in early summer can begin producing during peak season, and you’ll start seeing the savings on your very first bill. Reach out to our team for a free site evaluation. We’d love to walk you through what’s possible for your home.

Want to learn more about how solar works in our region year-round? Read our companion guides: Solar for Farmers in Winter and Solar Battery Backup Options for Homeowners.

Solar system monitoring app on smartphone showing real-time solar production, battery storage, and home energy usage in the Enphase app.

Solar Battery Backup Options for Homeowners

March 15, 2026/in Blog /by Josie Puskar

As more homeowners explore solar energy, battery storage has become one of the most important parts of a solar system. Understanding your solar battery backup options can help you decide how your home will operate during power outages and how you store excess solar energy.

Modern systems offer flexible storage solutions using batteries such as the IQ Battery 5P and 10C system. Both systems allow homeowners to store solar energy for later use and provide backup power when the grid goes down.

Understanding Solar Battery Backup Options

Solar energy systems support several configurations depending on how homeowners want to use their stored energy:

Partial home backup
Whole-home backup
Grid-tied solar with battery storage

These solar battery backup options give homeowners flexibility in balancing cost, energy independence, and backup protection.

Partial Home Backup

Partial home backup is designed to power essential appliances during a power outage. Instead of running the entire house, the battery powers critical loads such as:

Refrigerators
Lights
Wi-Fi routers
Medical equipment
Security systems

Solar batteries like the Enphase IQ Battery 5P and the newest battery technology, the Enphase 10C system store energy generated during the day so it can power these essential appliances when the grid goes down.

This configuration is ideal for homeowners who want reliable outage protection while keeping system costs lower.

Whole-Home Backup

Whole-home backup systems are designed to power the entire house during a grid outage.

With properly sized battery storage, homeowners can continue running appliances such as:

HVAC systems
Kitchen appliances
Lighting
Electronics
Electric vehicle chargers

Systems using batteries like the Enphase IQ Battery 5P and 10C system can provide extended backup power depending on battery capacity and solar production.

Because most battery systems are modular, homeowners can add additional batteries later if their energy needs grow.

Grid-Tied Solar with Battery Storage

Some homeowners choose to install solar panels with battery storage while remaining connected to the electric grid.

In this configuration, batteries such as the Enphase IQ Battery 5P and the newest battery technology, the Enphase 10C system store excess solar energy generated during the day so it can be used later at night or during peak electricity pricing periods.

This setup allows homeowners to reduce reliance on the utility grid while still maintaining a reliable power source.

Choosing the Right Solar Battery Backup System

Choosing the right battery configuration depends on several factors:

Size of your home
Energy usage patterns
Frequency of power outages
Budget and long-term energy goals

Working with an experienced installer ensures your solar system is designed to provide the right balance of energy storage and backup protection.

Install Solar Battery Backup with Canopy Solar

At Canopy Solar, we install advanced energy systems designed to give homeowners reliable backup power and energy independence.

Whether you’re interested in battery systems like the IQ Battery 5P or 10C, our team can design a solar system that fits your home’s energy needs.

Contact Canopy Solar today to learn more about solar battery backup options.

Solar system monitoring app showing real-time energy production, export to grid, and home electricity consumption

Solar System Monitoring App: Why Smart Solar Tracking Matters for Homeowners

March 15, 2026/in Blog /by Josie Puskar

When installing solar panels, most homeowners focus on panel efficiency or battery capacity. But one of the most valuable features of a modern solar system is the solar system monitoring app.

A solar system monitoring app allows homeowners to track energy production, battery storage, and home electricity usage in real time. Instead of wondering how your solar system is performing, you can see exactly where your energy is going.

At Canopy Solar, we install Energy Systems, equipment with the most powerful solar monitoring platforms available today.

Why Solar System Monitoring Is Important

A modern solar installation should give homeowners visibility, control, and insight into how their energy is being produced and used.

With a solar monitoring app, homeowners can:

Track solar energy production in real time
Monitor battery storage levels
See how much electricity their home is using
Identify potential system issues early
Understand how much energy is coming from the grid

Without monitoring, homeowners have no way of knowing if their system is producing at its full potential.

That’s why advanced solar monitoring is a key feature we recommend when choosing a solar installation company in Ohio and Pennsylvania.

How the Solar Monitoring App Works

Most systems today include a monitoring app, which allows homeowners to monitor and manage their solar energy system directly from their smartphone or computer.

The app shows real-time energy flow between:

Solar panels
Battery storage
Your home
The electric grid

Homeowners can also generate production reports by day, week, month, or year.

This transparency helps homeowners understand exactly how their solar investment is performing.

Real-Time Energy Insights

To give an example, one of the most useful features of the Enphase system is Live Status monitoring.

This feature allows homeowners to see how energy is moving through their home at any moment.

For example, you can see when:

Solar panels are powering your home
Your battery is charging or discharging
Your home is drawing electricity from the grid
Excess solar energy is being exported

This real-time data helps homeowners optimize their energy usage and maximize solar savings.

Self-Consumption Mode

This mode prioritizes using solar energy inside your home instead of exporting it to the grid.

Solar power will first:

Power your home
Charge your battery
Export excess electricity

This is ideal for homeowners who want to maximize energy independence.

Savings Mode

Savings mode is designed for homes with time-of-use electricity rates.

Your battery stores energy when electricity is cheap and discharges it when rates are highest, helping homeowners avoid expensive peak utility costs.

Full Backup Mode

Full Backup mode reserves battery energy specifically for power outages.

When this mode is active, batteries remain fully charged so they can power your home if the grid goes down.

Automatic Storm Protection

Enphase systems include a feature called Storm Guard, which monitors weather forecasts and prepares your system for severe weather.

If a storm is predicted, the system automatically switches to backup mode so your battery is fully charged before an outage occurs.

Once the storm threat passes, the system returns to normal operation automatically.

Get a Solar System You Can Actually See Working

Solar energy shouldn’t be a mystery.

With remote monitoring and a professionally installed system from Canopy Solar, homeowners can track production, monitor savings, and control their energy usage from anywhere.

👉 Contact Canopy Solartoday to schedule a solar consultation and learn how smart solar monitoring works.

FAQ

How do I monitor my solar system production?

Most modern solar systems include a monitoring app. Enphase systems use the Enphase App, which allows homeowners to track solar production, battery storage, and home energy usage in real time.

Can I see how much electricity my solar panels produce?

Yes. Solar monitoring apps provide detailed reports showing solar energy production by day, month, and year.

Do solar monitoring apps work during power outages?

If your system includes battery backup and internet connectivity, monitoring can still provide system status information during outages.

Solar for Farmers in Winter: Why Agricultural Solar Still Works in Ohio’s Cold Months

December 16, 2025/in Blog, Featured /by Josie Puskar

Cold Weather Can Improve Solar Efficiency — Even in Ohio Winters

One of the biggest surprises for farmers new to renewable energy is that solar panels actually operate more efficiently in cooler temperatures. While Ohio sees fewer daylight hours in winter, panels perform better in cold air than in extreme heat. On clear winter days, systems can produce more efficiently than many people expect.

Snow does not harm solar panels. Modern agricultural systems are engineered to handle heavy snow loads common in Midwest winters. When snow does accumulate, the tilt of most farm and ground-mounted arrays allows it to melt and slide off naturally, often faster than on traditional roofs.

Bright winter days following snowstorms can also increase production slightly thanks to light reflection from snow-covered ground. While winter is not peak production season, it is far from downtime.

Winter Isn’t About Peak Production — It’s About Year-Round Energy Stability

Farms do not shut down when winter arrives. Dairy barns still require ventilation. Poultry houses still need lighting and heating. Grain dryers, pumps, refrigeration, hydroponic systems, waterers, fencing, and shop equipment continue running through the coldest months.

Solar works by balancing energy use across the entire year. Agricultural solar systems typically produce the most energy in spring, summer, and fall, often generating excess electricity during those months. That production offsets winter usage, smoothing out seasonal spikes and creating more predictable energy costs.

Instead of bracing for sharp increases in December, January, and February, farmers benefit from steadier monthly bills and better long-term planning. In an industry already dealing with volatile fuel, feed, and input costs, that predictability matters.

Agricultural Buildings Are Ideal for Solar Installations

Farms have a natural advantage when it comes to solar. Large rooflines, open land, and fewer shading obstacles make agricultural properties ideal for high-performing systems.

Many farms offer:

Long, uninterrupted barn and shed roofs
Optimal orientation for sun exposure
Strong structural framing
Open fields or unused pasture suitable for ground mounts
Minimal shading from nearby buildings or trees

Professional solar evaluations account for seasonal sun angles, ensuring systems are designed to perform year-round, not just in summer. Winter sun paths are factored into placement to maximize cold-weather production.

Solar Helps Offset Winter Lighting, Heating Loads, and Equipment Usage

Winter brings shorter days, which means longer lighting hours in barns, poultry houses, calf pens, workshops, and storage buildings. Many farms see higher electric bills in winter even when overall production levels stay consistent.

Solar acts as a counterbalance. A system sized for full-year agricultural operations uses high-production months to prepare for lower-output winter periods. Every kilowatt-hour produced in July and August helps reduce reliance on the grid in December.

Some agricultural operations choose to pair solar with battery storage. Batteries can provide backup power during outages, support critical equipment during winter storms, and increase energy independence when grid reliability is a concern. Others improve winter savings by combining solar with LED barn lighting, timers, and energy-efficient equipment.

Business Solar Incentives and Energy Independence

For agricultural operations classified as businesses, solar offers additional financial advantages. The federal Investment Tax Credit applies to commercial and agricultural systems, not residential installations. Farms operating as businesses may qualify for a 30 percent tax credit based on system cost.

More importantly, solar helps farms protect themselves from rising utility rates. Electricity costs continue to increase, and farms depend on power year-round. Installing solar allows agricultural businesses to lock in a portion of their energy costs for decades, reducing exposure to future rate hikes.

Solar also provides a path toward greater energy independence. When paired with battery storage, farms gain backup power for critical systems during outages caused by winter storms, grid failures, or infrastructure disruptions. That reliability can be just as valuable as monthly savings.

Winter can be an excellent time to move forward with a solar project. Scheduling is often faster, installation can align with slower agricultural months, and systems are ready to deliver strong production when spring arrives.

Why More Ohio Farmers Are Choosing Solar Every Year

Energy is one of the most unpredictable operating expenses on a farm. Solar offers what farmers value most:

Long-term cost stability
Predictable operating expenses
Reduced dependence on utility companies
Protection from rising electricity rates
Multi-decade system performance
Increased property value
Energy resilience during outages
Sustainability benefits for future generations

Winter may seem like an unlikely time to think about solar, but for many farmers, it is the smartest season to plan ahead.

Conclusion

Solar for farmers is not just a warm-weather solution. In Ohio winters, when barns stay lit long after sunset and equipment draws more power than ever, solar becomes a tool for controlling costs and strengthening energy security.

Agricultural operations succeed by planning one season ahead. Installing solar during winter prepares farms for peak production in spring and summer, stabilizes winter energy use, and creates long-term protection against rising utility costs.

If you are a Northeast Ohio farmer exploring solar for your barns, fields, or agricultural buildings, Canopy Solar offers tailored assessments designed specifically for farm operations. Reach out today for a free winter solar evaluation.

Solar Checklist: How to Prep Your System for an Ohio Winter

December 16, 2025/in Blog, Featured /by Josie Puskar

Introduction

Northeast Ohio winters are no joke. Heavy snow, freezing temps, short days, and unpredictable storms can leave many homeowners wondering: “Is my solar system ready for winter?”

The good news: solar panels are engineered for harsh climates, and Ohio’s cold temperatures can actually boost panel efficiency. Still, a little seasonal prep goes a long way.

Here’s your winter solar maintenance checklist.

1. Check Your Panel Visibility & Snow Load

Solar panels are designed to handle the snow load common in Ohio. But, after heavy storms, it’s helpful to:

Visually inspect from the ground
Use a soft snow broom if needed (never metal tools)
Let panels naturally shed snow—they heat slightly when producing power

2. Inspect Your Inverter & Monitor System Performance

This is the perfect time to:

Log into your monitoring app
Confirm your system is producing normally
Check for alerts or errors
Ensure your Wi-Fi connection is stable

If something looks off, a local installer can diagnose before deep winter sets in.

3. Make Sure Trees Aren’t Increasing Shade

Winter brings:

Bare trees
Low sun angles
Longer shadows

A quick shade evaluation helps maximize winter production.

4. Check Your Roof & Gutter Health

Make sure nothing on your roof could affect:

Proper melting/slide-off of snow
Water runoff
Ice dam formation

Solar doesn’t cause ice dams, but older roofing can be more prone. It’s worth a quick check.

5. Battery Backup Check (If You Have One)

If you have a solar battery, this is your winter checklist:

Confirm charge levels
Update firmware
Test backup mode
Ensure emergency circuits are properly routed

This protects your home during winter outages—a real concern in Northeast Ohio storms.

6. Don’t Climb on Your Roof

Safety first! Solar systems require almost zero homeowner maintenance. Visual inspections are enough. Leave any repair, cleaning, or diagnostic work to a professional.

Conclusion

Ohio winters may be unpredictable, but your solar system doesn’t have to be. With a quick December check-in, you can ensure high performance, strong winter output, and peace of mind all season long.

Want a professional winter checkup? Contact Canopy Solar for a quick inspection or performance review before the coldest months hit.

How Solar Can Lower Your Holiday Electric Bill (Even If You Love Christmas Lights)

December 16, 2025/in Blog, Featured /by Josie Puskar

Introduction

December is the season of twinkling lights, warm windows, inflatable snowmen, and Griswold-level yard displays. But Ohio homeowners know the downside: holiday electric bills can skyrocket, especially with today’s rising utility rates.

The good news? Solar can dramatically offset that winter usage, helping you enjoy the holidays without fearing your January bill.

1. How Much Do Holiday Lights Really Cost?

While LED lights use far less energy than older incandescent bulbs, costs add up quickly, especially if you decorate heavily or run displays for hours each night.

According to Energy.gov, LED holiday lights use up to 75% less energy than traditional bulbs.

A typical holiday setup might include:

10+ strands of LED lights
1–2 inflatables
A tree indoors
Roofline lighting
Garage/porch décor

This can add $20–$60 to your bill for the month. Bigger displays can run $80–$150+.

2. Why Winter Electric Bills Are Already High in Ohio

Holiday lights aren’t the only culprit. Winter brings:

Higher heating usage
Shorter days = more indoor lighting
More time at home
Increased cooking, hosting, cleaning
Rate adjustments from utilities (Ohio has seen steady increases)

Solar can help flatten that seasonal spike by reducing grid reliance.

3. How Solar Offsets Winter Holiday Energy Use

It’s a misconception that solar “doesn’t work in winter.” Panels still generate power, even on cold or cloudy Ohio days, and excess power stored earlier in the year cushions your holiday usage.

Solar helps by:

Offsetting the extra wattage from Christmas lights
Reducing electricity pulled from the grid
Protecting you from seasonal rate hikes
Cutting your bill during the most expensive month of the year

And if you have a battery system, you can use stored energy anytime, day or night.

4. Holiday Decor Tips for Maximum Savings

Choose LED lights (they use 75% less power)
Put lights on timers
Use smart plugs to track usage
Replace old inflatables with energy-efficient versions
Go solar-powered where possible (there are great options!)

Conclusion

Solar doesn’t just slash your electric bill year-round, it brings special savings during the holidays when electricity use is at its highest. So go ahead: light up the yard, deck the roofline, and embrace the magic of the season without the January shock.

Thinking about going solar in 2026? Give yourself the gift of lower bills next Christmas. Get a solar estimate from Canopy Solar today.

Realistic illustration of a solar-powered home in Pennsylvania with arrows showing energy flow to and from the grid, representing net metering with Canopy Solar

What Is Net Metering?

August 25, 2025/in Blog, Featured /by Josie Puskar

You’ve probably heard the term “net metering” while researching solar energy, but what does it actually mean? In short, it’s one of the biggest benefits of going solar, especially in regions with variable weather and shorter winter days.

Alt-tag: Realistic illustration of a solar-powered home in Pennsylvania with arrows showing energy flow to and from the grid, representing net metering with Canopy Solar

How Net Metering Works

Net metering is a billing arrangement that allows solar panel owners to send excess electricity back to the grid and receive credit for it.

During sunny days, your system may produce more electricity than you use.
That surplus energy is sent to your utility provider.
You earn energy credits, which offset your future electricity usage.

Using Credits During Low Production Months

When sunlight is limited in the fall and winter you can draw from your energy credits instead of paying full price for grid power.

Think of it like rolling over extra solar power into future bills.
In some areas, unused credits can carry over month to month or even year to year.

Net Metering in Pennsylvania & Ohio

Both Pennsylvania and Ohio have net metering policies that support solar customers:

Net metering is available for residential, commercial, and institutional users.
Energy credits are valued at the full retail rate in Pennsylvania.
Systems up to 25 kW (residential) or 500 kW (commercial) are typically eligible.

For official details, check your local utility or DSIRE incentive database.

Why Net Metering Matters

Maximizes your solar investment
Helps balance seasonal changes in energy use and production
Provides faster return on investment

Start Earning Solar Credits

Curious if your home qualifies for net metering? Talk to Canopy Solar and we’ll help you understand your options and estimate your savings.

External Resources

Net metering makes solar energy smarter and more affordable. Make sure you’re getting the credit you deserve.

Roofers installing new shingles on a residential home in Pennsylvania to prepare for solar panel installation by Canopy Solar

How to Prepare Your Home for Solar Installation

August 25, 2025/in Blog, Featured /by Josie Puskar

So, you’ve said yes to solar! But before your panels go up, it’s time to prep your home to ensure a smooth install and maximum efficiency.

Here’s your complete guide to getting solar-ready, the Canopy Solar way.

Step 1: Check Your Roof’s Condition

Your solar panels are going to be up there for 25+ years, so your roof needs to be ready for the long haul.

Age check: If your roof is more than 10–15 years old, consider re-shingling first.
Inspect for damage: Look for missing shingles, sagging spots, or water damage.
Flat roofs? No problem—we design for those, too.

Not sure about your roof? We’ll inspect it during your site visit.

Step 2: Trim Trees & Remove Shading

Even partial shading can reduce your energy production. Now’s the time to trim back overhanging trees and clear the sky above your system.

Bonus: this helps protect your roof from storm debris, too.

Step 3: Review Your Electric Panel

Your main service panel (aka breaker box) needs to have enough capacity to support your new system.

We’ll check this for you, but access is key—make sure it’s not blocked by furniture or boxes.
If an upgrade is needed, we’ll coordinate it with your utility.

Step 4: Gather Your Electric Bills

We use your past energy usage to custom-design your system.

Grab the last 6–12 months of bills.
We’ll use your kWh trends to size your panels, battery storage, and inverter correctly.

Step 5: Clear the Work Area

Our installation crews need clear access to:

Your roof
Your driveway (for safety and equipment)
The electric panel
Your attic or garage (sometimes for wiring access)

Also: keep pets indoors, unlock gates, and give your neighbors a heads-up if you’re feeling friendly.

Step 6: Sit Back and Let Canopy Solar Handle the Paperwork

Permits. Inspections. Utility approvals. We’ve got it covered.

You’ll be looped in at every step – but you won’t have to chase forms, stand in lines, or learn a whole new language.

The Takeaway

Solar installation is exciting and should feel stress-free. With a little prep, you’re ready to welcome your clean energy future.

Book your site visit or ask us anything. We’re here to help.