Project Overview
Project Overview
As more homeowners look for more grid independence, FranklinWH stands out with its intelligent, scalable, and future-proof energy solution. Designed to meet your evolving energy needs, FranklinWH offers a thorough home energy system that adapts as your needs grow.
FranklinWH is a fully integrated home energy management system that connects solar, battery storage, grid power, generators, and EV charging. Franklin is designed for long-term reliability with continuous battery backup during outages and peak demand times – if you’re looking to reduce your reliance on the grid and future-proof your home, FranklinWH is a great choice.
The aPower2 battery has a high capacity with 15 kWh of storage and 10 kW continuous output. The aPower 2 can easily power large appliances and essential loads at the same time, even during blackouts. It’s built with safe lithium iron phosphate and wrapped in a weatherproof design; it’s quiet, durable, and dependable, with a 15-year warranty and over 10,000 charge cycles.
If you need more power, that’s not a problem with FranklinWH – they make it easy to expand. With FranklinWH, you can add up to 15 aPower 2 batteries, which total up to 225 kWh. FranklinWH can handle it all, large homes, air conditioning, EVs, expanding solar systems, etc. You can even upgrade your current system, making it perfect for families planning to expand their energy capacity as their needs grow.
FranklinWH has three smart circuits that independently control critical and non-critical loads, it automatically starts/stops high-energy devices during an outage, there’s even a customizable circuit for EV charging, and it extends your battery life by managing load priorities.
FranklinWH is a complete, future-ready, battery backup system built to adapt, expand, and deliver peace of mind. Whether you’re going solar, expanding your current system, looking to enhance your home’s resilience, or upgrading for EV readiness, Franklin WH offers a smarter, quieter, more powerful solution.
Solar has become one of the most promising and sustainable solutions for homeowners looking to lower their energy costs and minimize their environmental impact. Although solar is quite popular, several myths still exist about going solar – misconceptions that can discourage people from making the switch. Here are some common solar myths.
Myth #1 – Solar doesn’t work when it is raining
People can utilize solar in almost any environment, including rain and snow, because the sun still reaches the Earth. Battery backup is another solution, providing energy at night and when the sun’s not shining.
Myth #2 – Solar is too expensive
While cost varies for solar, you don’t have to pay it all upfront if you don’t have the means to do so, many companies, including Kokosing Solar, offer financing options. One of our solar experts will be happy to go over that with you during a consultation. Financing will allow you to pay for your system over time.
There are also local, state, and federal incentives that you can take advantage of to offset the total cost.
Myth #3 – Solar panels are too difficult to maintain
Solar panels require low maintenance; rain usually washes off dirt and debris, keeping them performing at their best.
You may need occasional inspections and cleaning, but solar panels require minimal upkeep.
Myth #4 – Solar Panels decrease the value of a home
Solar panels do not decrease the value of your home: in fact, they do the opposite! Homes with solar panels often have higher resale values because some buyers seek energy savings and environmental benefits. Homes with solar installations tend to sell faster and for higher prices compared to homes without. The home values may increase depending on the location, size of the system, and the local real estate market. Overall, people see solar panels as a home improvement.
Myth #5 – Free Solar from the Government
If you think free solar sounds too good to be true, that’s because it is! Although there are government incentives out there, nothing will cover your system’s expenses entirely. If someone claims your solar will be free, they’re likely trying to scam you or win your business at any cost.
Misleading ads claim local grant programs for homeowners, but solar has never been free—you’ll always pay for something.
Myth #6 – Going Solar is going Off-Grid
In most cases, you’re not going off-grid. If you live in a residential area, you will likely use a grid-tied system. This means you’re connected to the grid, earning credits for excess energy sent back, which can offset electricity costs at night or on cloudy days, while still having a backup power source when your panels aren’t producing enough energy.
Myth #7 – Solar is too complicated
Although professionals handle the setup, solar panels use straightforward technology and aren’t overly complicated. A professional will evaluate your roof’s condition, angle, and sunlight exposure to determine if solar panels are a good fit, then design a system tailored to your energy needs and roof. Your installer will take care of all the permits and approvals for local authorities or utility companies. Lastly, technicians will mount the panels, connect the system to your electrical panel, and ensure they integrate it safely with the grid. Then, the utility company will activate your system.
Myth #8 – Solar is unreliable
Many people believe energy is unreliable because the sun doesn’t shine 24/7, while this is true, solar can pair with energy storage systems that allow homeowners to store excess energy during sunny periods and use it on cloudy days. Solar is far from unreliable, with advancements in energy storage and integration into the grid, solar provides a stable and continuous energy supply.
In conclusion, solar energy provides a reliable, cost-effective, and sustainable solution for homeowners looking to cut energy bills and reduce their environmental impact. Advances in technology and available incentives have debunked myths about solar being expensive, hard to maintain, or unreliable. With grid-tied systems and low-maintenance panels, solar is a practical choice for nearly any home. Financing, tax incentives, and energy storage options make going solar more accessible than many believe.
Project Overview
Project Overview
Project Overview
Project Overview
Project Overview
Project Overview
Project Overview
Project Overview
Project Overview
Over the next 30 years, this 20.58kW solar array is expected to offset the homeowners annual energy by 83 percent. in greenhouse emissions, the systems savings is equivalent to saving 16 tons of coal, 3,110 trees planted or driving a car 300,367 miles.
Project Overview
When most people think of solar energy, they think of sunny skies and warm temperatures. There is a common misconception that this is the only time that solar energy can be functional and at its best. Solar panels can generate electricity year-round, no matter what the temperature or season. Solar panels are meant to capture sunlight and convert electricity, but their efficiency can change significantly with the seasons. Understanding these changes is important for optimizing energy production.
Interestingly, cold temperatures tend to improve solar panel production. Cold temperatures can increase the efficiency of the panel’s photovoltaic cells, allowing them to generate more electricity than in the scorching summer heat.
Although the cold temperature works in Solar’s favor, the shorter days do not. These shorter days mean fewer hours of sunlight during the winter season. This will limit the time your solar panels take to generate electricity, which means losing an opportunity for your panels to obtain usable energy.
Winter can also mean a lot of cloudy days, which can reduce your solar panel’s output. Clouds can block direct sunlight, decreasing your energy generation. Another thing that can block direct sunlight is snow, though this won’t impact production unless heavy snow accumulates. A light snowfall will have little to no effect on production as the panels are designed in a way that snow would slide off.
As we move into spring, our days become longer, making for increased solar exposure and energy production. Another thing that comes along with spring is spring cleaning, although solar panels are generally self-cleaning, spring is a good time for cleaning and checking for any damage.
Spring also offers mild temperatures which will help minimize your panel’s efficiency and with the longer days and the movement into summer, households will start using more energy, making your panels more beneficial.
Solar has its peak production during the summer, summer has the longest days and the highest sun angle than other seasons, making for increased solar energy production. The Summer season brings clearer, sunny days, meaning fewer clouds to block the sun, this is ideal for solar panel production. Summer is also when energy bills are at their peak. Homes are using more electricity and increasing their consumption. Solar panels can help offset this increased demand, reducing your reliance on the grid and lowering your electricity cost.
Just like the winter season, Fall brings cooler temperatures, shorter daylight hours, and increased cloud coverage. In the fall, the sun’s angle changes making the sun lower in the sky compared to the summer months. This can affect the efficiency of your panels and how much sunlight they are able to capture. Ensuring your panels are mounted at an optimal angle to capture more of the sun’s rays can help maximize energy production during the fall, this is why choosing a trustworthy installer is important.
In conclusion, solar panels can be highly effective throughout the whole year. Each season brings its own set of challenges and advantages. Sunny warmer weather may seem like the optimal time for solar but it is important to know that solar panels will perform well in various conditions.
Understanding how solar panels will respond to the seasonal change will allow you to optimize your energy production and take full advantage of this renewable energy source, all year around. By choosing a trustworthy installer, solar will continue to provide a sustainable, cost-saving benefit throughout every season.
Before starting the process of a solar installation, let’s take a look at your roof. Your roof is one of the most important aspects when it comes to solar. If your roof is aging, damaged, or unable to support the weight of the solar panels, it’s wise to get a roof replacement or repair.
In the long run, inspecting your roof and seeing if you need to replace it will save you the hassle of having to replace it after your solar has already been installed – this will also save you from the cost of other potential damages.
Although there are other places around your home where solar can be installed, like the ground or carports. However, the majority of the time, solar is installed on your roof.
What many homeowners don’t realize is that there is more that goes into a roof than tiles and shingles. A standard roof consists of a roof truss, decking, insulation, ice and water barrier, underlayment, wood frame, and shingles or tiles. A lot more than you probably thought.
With just one of these many layers damaged, it puts a strain on your entire system. Making it a bad idea for solar installation. if this is the case, you may need a roof replacement.
One of the easiest things to identify in a damaged roof is loose or broken tiles.
This is something that Is eventually going to happen to your roof, it’s just normal wear and tear with age. When a roof component breaks down, it exposes parts of your roof to potential water damage, additionally, standing water can cause further damage.
A roof is designed to shunt water off of its surface so if you notice any standing water on your roof, this probably means that something on your roof isn’t properly working. Punctures and cracks are another type of damage that can occur, this can happen with any type of trauma or force to your roof.
Lastly, structural damage. This only happens on rare occasions. This change in your roof structure can lead to a collapse, putting you and your family at risk.
By Installing solar panels on an older roof, your cost will increase. If you go ahead with the installation, you’ll likely have to pay the contractor, even more, to remove the panels later on. The average life span for a roof is about 20 years old, this doesn’t mean push it to the limit and install solar on your 20-year-old roof. Solar panels should never be installed on a roof that is older than 15 years old, some signs to look for in an aging roof is:
Since the solar panel lifespan will outweigh your roof, the most ideal situation is to install a new roof prior to installation.
Replacing your roof means improving your solar panel security. When you get things like high winds and natural disasters – this is where the newly replaced roof will come in handy. Your roof is responsible for protecting your panels, so installing on an older roof is just setting your solar system up for failure. Newly replaced roofs can withstand storms and other movement much better than older, worn-down roofs.
With today’s new roofing materials and designs, it can increase the energy efficiency of your home. The current shingles on the market outperform older materials and designs by keeping your home dry, repelling heat, and withsanding harsh weather conditions.
A new roof that repels heat can help prevent excess heat from reaching your HVAC system. Having extra heat on your HVAC puts a lot of stress on your PV device. Installing a new roof will help you meet your residential energy demands and limit how much you rely on your grid, essentially saving you money over time.
Stability is important when it comes to your roof and its safety. You’ll need a stable roof due to the weight of solar panels. Additionally, having that new roof can withstand excess weight, and prevent leaks, mold, and pests.
Make sure you’re truly in need of a full replacement rather than a repair. if your roof is younger than 15 years old and is in good condition, you might only need a minor repair. However, if your roof is nearing the 20-25-year mark and requires a significant repair, consider a full replacement. A replacement can be costly but it will increase your home’s value and prepare you for a successful solar installation.
In conclusion, your roof Is a very important part of your home especially if you want solar. Roof replacement is not only good for the production of your PV panels but for your and your family’s safety as well. Be sure to identify any damage that your roof may have before considering installing solar. Consider the age of your roof before piling on all of the weight that comes with solar installation. A roof replacement can be very beneficial to your home and solar system. Before jumping right into a full replacement, be sure to check out if you just need a replacement. This can end up saving you a lot of money.
Solar energy works with the grid, using solar panels to generate electricity from sunlight and sending excess back to the utility grid.
Grid-tied solar energy systems are the most common type of solar panel system: these systems connect directly to the utility grid and you can operate with or without battery backup equipment.
With the National Electric Code, a grid-tied solar system has to turn off every time the grid goes down.
Even with solar panels, you aren’t guaranteed power during a grid outage. However, if you combine your system with battery storage, you can use your stored energy during an outage
A grid-tied solar system means your property connects to your local power company’s line, allowing you to use solar energy to offset your electricity bill, while still relying on the company’s service.
A grid-tied system is a great way to reduce your electric bill.
An off-grid solar system is a self-contained energy system that independently produces and stores electricity from the sun, it uses solar panels to generate power – this power is transferred to a battery by a charger controller.
Unfortunately, Kokosing Solar can’t take you completely off-grid, but we can get you close.
At this time Kokosing Solar does our best work installing full turnkey, grid-interactive solar energy systems. We do not install off-grid systems and do not recommend them if you are already connected to the grid. Off-grid systems are a whole different type of engineering and installation.
You need to carefully engineer the solar system and battery bank to ensure they are large enough to fully support your loads at all times and in all seasons. Off-grid systems also require a generator to keep the batteries charged when the sun can’t, either at night or in the winter when there is less sun. With off-grid, you can expect your generator to run a lot. You also need to manage your loads carefully and avoid running multiple high-demand appliances, like the dryer, dishwasher, and TV, at the same time.
A grid-tied system provides energy from the solar panels during peak sunlight hours, the rest of the electricity will come from the grid. An off-grid system has no access to the grid, limiting your energy storage and production capabilities.
A grid-tied system with a battery backup will offer self-reliance on days when the grid is down, at nighttime, and on days with little sunlight.
Another option that ensures access to electricity when the grid is down is a grid-tied system with a battery backup.
Although more expensive, a solar battery system can help you through outages.
Solar panels alone won’t work during a grid outage. But, paired with batteries, they will. When you pair batteries with a solar system, solar panels send the electricity they produce to your house, the grid, or a storage device.
A pro that comes with having a grid-connected solar system is the cost savings. You can potentially save money by spending less on power and less dependency on the grid.
A grid-connected system is a reliable power supply. By generating your own electricity, you can reduce your reliance on the utility grid, which can lead to lower energy bills. A grid-connected system is reliable and provides continuous power, as long as the grid is up and running.
In conclusion, grid-tied solar systems are a cost-effective way to lower utility bills, but they don’t provide power during an outage.
If this is essential to you, adding battery backup to your grid-tied system is an option. If you seek complete independence, an off-grid solution is your best fit.
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