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EV-Solar Estimator

EV-Solar Estimator

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Developer’s Description

A reliable application that can estimate the bill for an electrical car or a solar panel systems, thus allowing you to calculate the profit that such an investment would bring. If you just purchased or are considering purchasing a 100% electric vehicle (EV) or plug-in hybrid vehicle (like Nissan Leaf, Chevy Volt, Toyota Prius Plug-in) or solar panels on your house, this software program will help you estimate what your electric bill could be if you charge your vehicle at home and/or the savings if you install solar panels. Simply login to your Southern California Edison (SCE) account and download your hourly usage data. In California, SCE offers energy rates specifically for EV owners. Here’s what you’ll find out:– Is it worth it to switch to Schedule TOU-D-TEV? – An electric vehicle uses about 1.5 kilowatts per hour when charging. Will I get bumped to the next tier cost basis? How much will that cost me? – I don’t have an electric car but I want to eliminate my electric bill altogether. How many solar panels will I need to have zero electric bill? – The car costs too much to charge. Can I reduce or eliminate that cost by installing solar panels?  currently, the software program uses only the California residential rates that went into effect June 2012. We are working on adding a settings form where you can enter your state or municipality energy rates.

* Solar Panel Count based on an average kWh/year production in first year of one solar panel facing 270º installed at 20º. Disclaimer: This tool is only intended to be an estimate. Actual results will vary depending on various factors not influenced by DroneQuote. In no event shall DroneQuote or its suppliers be liable for any special, indirect or consequential damages or any damages whatsoever, including, but not limited to claims associated with the accuracy of this data or information.

Solar panels on your rooftop come with many advantages for renewable energy and living a cleaner life — not to mention saving you money as you help the environment. One large and notable benefit from making a switch to solar energy in your residential home, besides reducing your hydro bill, is the source of clean energy to power your electric vehicles and hybrid cars.

With our handy electric vehicle solar panel calculator, you can calculate approximately how many solar panels you will need and how many times per day you will need to charge your electric car or hybrid car with a solar charger.

Simply enter in the make, year and model of your electric vehicle or hybrid-electric vehicle and then estimate approximately how many kilometers per year that vehicle travels. Our unique solar power calculator will determine the amount of panels and solar charges per day you will need to make your car 100% fueled by the solar power from your rooftop. Talk about saving money on gas, electricity and helping the environment!

See how much of a positive difference you can make to the environment and your wallet — we call it “riding on sunshine!”

To calculate how many panels you will need please follow these instructions:
1. Select Make, Year and Model;
2. Enter how many kilometers approximately you drive per year;
3. Hit Calculate button.

Penfolds roofing and home-energy experts can install solar panels on your residence to provide you with a source of alternative energy with solar power for your day-to-day needs.

Even if you are unable to meet these targets for how many panels and charges per day you might need for your vehicle, the great news is that if you power your electric or hybrid car with your newly installed residential solar panels, you will still save money and energy because your car will still be partially powered by your solar-power system.

Electric vehicles and hybrid vehicles are growing in popularity with each passing year, with the attractiveness of the Toyota Prius electric-hybrid car and the increasing demand for the Tesla electric vehicle as two examples of the blooming success of green power in our automobiles. Connect this popularity with the environmentally friendly culture of British Columbia, the increasing affordability of alternative energy driving down solar-panel costs and the desire to save on your monthly automobile expenses, and the decision to go solar becomes a no-brainer!

One of the primary benefits of purchasing an electric vehicle is that it allows you to transition from paying for gasoline to lower-cost electricity. But why not take that one step further and power your car with clean, solar power you produce on your own property? Here’s a  quick breakdown to help determine how many solar panels you need to power your electric vehicle (EV) with solar.

There are a couple of different ways to think about the electricity that an EV requires. The first is to consider the charge required per miles driven, typically expressed in kilowatt-hours per 100 miles driven (kWh/100 mi). The other way to think about the electricity required to run an EV is to consider the electricity required to fully charge the car. This metric is closer to how we currently think about how much it costs to fill up a tank of gas on internal combustion engine cars.

The electricity required to “fill the tank” for an EV is equivalent to the size of the battery. Generally speaking, electric vehicle batteries can store between 25 and 100 kWh, with that variation mainly driven by the range that a certain car can cover on a single charge. For a sense of scale, home energy storage systems, such as the LG Chem RESU 10H and the Tesla Powerwall 2, often store around 10 to 15 kWh of electricity. 

How much electricity an EV consumes per day, month or year depends primarily upon how far you drive. If you live in an urban area and own a car but drive it infrequently, the electricity required to power your EV will be relatively small over the course of the year. On the other hand, if you live in a suburban or rural area and commute in your car every day, then the electricity required to power your car could represent a sizeable portion of your annual electricity usage.

According to the Federal Highway Administration, the average American travels nearly 13,500 vehicle miles per year. At that level of driving, most EVs will require around 4,000 kWh of electricity per year to operate.

To calculate the number of solar panels required to power your EV, you’ll need to know three key data points: 1) how much electricity your car will use annually, 2) the wattage of the solar panels you are planning to install, and 3) how well solar panels produce electricity where you live.

As outlined above, for an average American driver, a typical EV will require about 4,000 kWh of electricity per year. According to the most recent EnergySage Solar Marketplace Intel report, the most frequently offered solar panels on EnergySage are in the 320 to 330 Watt range. Finally, the production from your solar panels will vary from region to region, with each panel producing more electricity in sunnier climates–such as the Southwest–than they will in the Northeast.

Pulling all of these data points together creates a range of solar panels required to power different types of EVs each year in different regions. Depending upon where you live, charging an electric vehicle typically requires 7 or 9 solar panels. 

Again, it’s worth noting that these calculations are based heavily upon the assumption that you drive the same amount per year as the average American driver. If, however, you drive less than 1,000 miles per month, then you would need fewer panels to power your EV.

If you are purchasing an electric vehicle, why not power it with the sun? When you register for a free account on the EnergySage Marketplace, you can indicate that you would like to power an EV with solar panels, and our network of local, pre-screened solar companies will help design a custom system for you that meets your specific needs.

Drive with peace of mind after you pair your solar system with an EV charging station for maximum savings and energy efficiency. Using the power generated by your solar system, you can fully charge your EV within hours and save upwards of $1,000 a year compared to fueling a gas-powered car.

Visit our Solar Design Center in Island Park to experience the fun, convenience, and value of driving electric. By test driving the top-rated electric vehicles in EmPower Solar’s fleet, including the BMW i3, Chevrolet Bolt, and Mitsubishi Outlander, you can determine which EV best suits your needs.

If you already have an EV, feel free to top off your battery at our charging station. Complimentary for guests of the Barnum Landing Shopping Center, sign in at our office Monday-Friday from 8:00 am – 5:00 pm for a free charge!


How much can I save driving an electric vehicle?

  • Use the DroneQuote electric vehicle calculator to estimate electricity usage, potential savings, and the number of solar panels required to meet your electricity needs* according to your vehicle of choice.
  • Our electric vehicle calculator covers most vehicles on the market and takes information right from the U.S. Department of Energy site. What our calculator does NOT factor for is how much you will enjoy the torque.

How the DroneQuote electric vehicle
calculator works

Select Your Vehicle

Find your potential savings based on your mileage and vehicle selection of choice.

Compare Savings

Compare different electric vehicles by operational cost to your existing vehicle.

Make Informed Decisions

Calculate how many solar panels you need for an electric vehicle.

Solar Savings Calculator

The Calculator is an easy to use tool that will help you work out:

  1. What size solar system will best suit your needs
  2. How much will a solar system cost
  3. Battery storage cost and estimated savings
  4. Home electric vehicle charging simulator

Initially we’ve used average usage data to give you example results. The more info you enter, the more accurate the outcomes will be.

4 Simple Steps to Buying Solar

1. Use the Solar Calculator

Solar can be pretty confusing at first. We’ve tried to make the simulator simple enough to use the first time, but complex enough that once you get your head around things, you’ll get a really comprehensive understanding of:

  • How big a solar system you need
  • Upfront cost of going solar
  • The estimated savings and payback period
  • Whether you should get batteries with your solar.
  • How much solar you need to charge an electric vehicle

2. Read our “Guide to Buying Solar”

We’ve been writing reviews about solar products since 2014. We know how difficult it is to work out what the highest performing and best value inverters and solar panels are. We’ve also written a really easy to follow solar buying guide, which gives you all the answers you need to buy solar. It’s short but comprehensive.

3. Get a Solar Quote

It’s a good idea to make sure that you do have some background knowledge before you get your quotes. It’s easy to get overwhelmed with seemingly conflicting information once you start talking with sales people.

Remember, you’re buying something that will hopefully be on your roof for decades to come, so consider the quality of your panels and inverter, and most importantly the solar company – read reviews on companies you get quotes from before you buy.

4. Ask Questions on our Forum & Book an Installation

You’ll likely have many questions once you’ve got some quotes. Please use the forum to ask us and the community as much as you like. It may also be useful to use the Simulator again at this point.

You should now be able to make a decision on what quote to go with. Go ahead, lock in an install date and pay your deposit.

There are a number of steps to follow when planning to power your home with solar energy. After choosing which option is best for you to use solar (see step 3), follow the steps afterward that apply to you. Your solar energy installer and local utility company can provide more information on the exact steps you will need to take to power your home with solar energy.

  • Investigate your home’s energy efficiency
  • Assess your solar potential and any limitations
  • Assess your options for going solar
  • Estimate your solar electricity needs
  • Obtain bids and site assessments from contractors
  • Understand available financing and incentives
  • Work with your installer and utility to install the system and set up agreements

How To Install?

1: Download Pro 2023 Crack from the given links.
2: Therefore, Unzip the files.
3: While Copy files and paste them into the installation folder.
4: Similarly, Run a program with replaced files.
5: Then you can Activate the full version.
6: Enjoy more.

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