Solar Charging System for Electric Cars

{An electric vehicle that is|A vehicle that’s|A car that’s} powered {by solar energy at|by solar energy generated at|with solar energy that is generated at} {home may be the best|your home could be the ideal|home is an ideal} {option for anyone who wants|choice for those looking|alternative for those who want} to {save money and save|save money while also helping|cut costs and help} the environment. {You’ve likely considered|It is likely that you have thought about|You’ve probably thought about} solar panels if{ you already| you|} {own an electric vehicle|have an electric vehicle,|have an electric car} or {are looking to purchase|are considering purchasing|plan to purchase} one. {This will allow you to|It will help you|This can help you} {lower your electricity costs|reduce your electric bill|lower your electricity bills} and {use|also use|make use of} {less fossil fuels|lesser fossil-fuels|the least amount of fossil fuels}. {What could be more exciting|What’s more thrilling|What’s more exciting} {than charging your futuristic|then charging the futuristic|other than charging your future-looking} {car|vehicle} {with the power from|using the power of|by the power of} the sun?

This guide will {show you|teach you|demonstrate} {how to charge your electric|the best way to recharge your electrical|ways to power your electric} {vehicle|car} {with 100% solar energy|using 100% solar energy|with solar energy that is 100% renewable}. It {also shows|also explains|will also show} {how long it takes|the time it takes to charge|how long it will take}.

What is an {Electric|electric} Vehicle?

{An electric vehicle|A vehicle that is electric|Electric vehicles} (EV){, is any| is a| is any} {car, truck|vehicle, whether it’s a car, truck|automobile, truck,} or SUV that {uses|makes use of|utilizes} an electric motor {and the|as well as the|and}{ energy stored in a|} lithium battery {to propulsion|to propel|for propulsion}. {This replaces|It replaces|This is a substitute for} {an internal combustion engine|internal combustion engines} (ICE){, which runs| that runs| which operates} {on fossil fuels|using fossil-fuels|with fossil fuels}. {An electric motor is|Electric motors are|A motor powered by electricity is} {used|utilized|employed} instead of {an internal combustion engine|internal combustion engines}. {EVs store energy|Electric motors store energy|The energy stored in electric motors is stored} in {a battery and|batteries,|a battery , and} not in {a gasoline tank|the gasoline tank|tanks of gasoline}.

You can {either use the|use|choose to use} electric motors {on their own|by themselves} or {pair them|in conjunction|combine them} {with an internal combustion engine to|together with an internal combustion engine in order to|and an internal combustion engine} {create|make} {a hybrid vehicle|an hybrid vehicle|hybrid vehicles}. We will {be focusing|concentrate|focus} on {100% electric vehicles|electric vehicles that are 100% electric|vehicles that are completely electric}. They {must be plugged in|need to be connected|must be connected} {to an electrical|with an|into an electric} outlet{ in order|} to charge.

What is the {energy required|amount of energy needed|required energy} {to charge an electric vehicle|to charge an electric car|for charging an electric vehicle}?

{An EV’s battery rating|The battery rating of an EV|The battery rating for an EV’s EV} {is the capacity of its batteries|refers to the battery’s capacity|represents the power of the batteries}. {This indicates how much|It indicates the amount of|This is the amount of} {power it can store|energy it is able to store|battery power it has} and {how long it takes|the time it takes|how long it will take} {to fully charge|for it to charge fully|in order to completely charge}. {This is usually measured|It is typically measured|This is usually expressed} in kWh{, or kilowatts| or Kilowatts|, also known as Kilowatts}. {Below are the most common|Here are the most commonly used|Below are the most popular} {sizes|dimensions} {of|for|that are used for} EV batteries.

Rivian R1T: {105 kWh, 135 kWh|135 kWh, 105 kWh|135 kWh, 105kWh}{, 180| 180 kWh, 135| 180} kWh
Audi {etron|Etron} 95 kWh
Tesla Model S – 100 Kilowatts
Tesla Model X – 100 kWh
Tesla Model Y – 75 kWh
Tesla Model 3 – 54kWh; {82kWh|82.5kWh|85kWh}
Chevrolet Bolt EV 65 kWh
Nissan Leaf – 40kWh; {62kWh|the 62kWh|64kWh}
Ford Mustang Mach E – {68 kWh, 88 kWh|88.5 kWh, 68 kWh|The Ford Mustang Mach E has 68 kWh and 88 kWh.}

How long {does|will|will the} {electric vehicle charging|charging for electric vehicles} take?

{When answering|In answering|When it comes to answering}{ the question| to the query|} “How long {does|will} an electric vehicle{ take to|| require to} charge?” {there are many variables|There are a variety of variables|There are many factors to consider}. The {charge time of|charging time of|time to charge} your electric vehicle {can vary|may differ|will vary} {depending on the brand|according to the manufacturer|dependent on the model}{, make and model| the vehicle is made, as well as the model and make| or model, the make and model} of the vehicle{ as well as|, as well as| and} the {charger at home|home charger|charging station at home}. {You must also|It is also important to|Also, you should} {consider how long|take into consideration the time|think about the length of time} it takes for {a battery’s full|the battery’s complete|the full} charge to {occur|take place|be completed}.

AC electricity is {used to charge two traditional|utilized to charge two standard|used to charge two conventional} home charging options{: Level 1 and| Level 1 and| Level 1 and Level} 2 for {electric vehicle home|home electric vehicle} charging stations.

{Level 1 charger is 120v|Level 1 chargers are 120v|The Level 1 charger has 120 volts} and {can charge|is able to charge|can be charged} {at a maximum|at a maximum of|up to} 1.9 {kW|Kilowatts|4 kW}. This means {that they can|they can|that they are able to} {add approximately 5 miles per|increase their range by 5 miles per|provide approximately 5 miles an} {hour to their range|minute to the range they offer|hours to their reach}. {These 120v chargers can be|The 120v chargers are|They can be} {plugged into regular outlets just|connected to regular outlets|hooked up to standard outlets} {like any other device|as any other device|as other devices}.
Level 2 chargers {can be|are} charged{ at|} {up to|as high as|the rate of} 19.2kW. {This means that they|This means they|They} {can provide about|will provide approximately|are able to provide around} 25 {miles per hour|miles an hour|miles/hour} {of additional|of extra|more} {range|distance}. {It is a 240v charger|It’s a 240v charger|It’s a 240v power source} and requires a {special|specific|separate} outlet{ similar to those| that is similar to the ones|, similar to those that are} {used for|that are used in|used to power} {ranges, clothes dryers,|dryers, ranges,|clothes dryers, ranges} and other {large appliances|big appliances|appliances that are large}.

{These chargers can provide|They can offer|These chargers offer} {a level 3 fast-charging option|an option for fast charging at level 3|the option of fast-charging at level 3} {like|similar to|such as} {the|Tesla Supercharger.|that of the} Tesla Supercharger, which uses DC electricity. They {can increase|are able to increase the|can boost} {range by nearly|capacity by around|distance by more than} 200 miles {per hour|an hour|at a time}{ and|. They} are {best used|ideal|recommended} for commercial {purposes|use|uses}. This is {due to|because of} the complexity of{ the|} charging technology {and|as well as} the amount of {electricity|power|energy} {required|needed}.

{Examples|Exemples|Some examples} of Electric Vehicle Charging Times

{We have|We’ve} {listed the charging ranges for|provided the charging ranges of|identified the charging times for} the most {popular electric cars|well-known electric vehicles} to {illustrate the|show the|illustrate} {typical charging times|common charging time|normal charging durations}. Based on the {average vehicle’s|typical vehicle’s|average car’s} {battery size, the|capacity, the|batteries size and capacity. The} {data|information|info} below {shows how long|shows the time|illustrates how long} {it takes to charge|is required to fully charge|the charge time is for} an electric {car|vehicle} {from its empty state|in its uncharging state|from its state of being empty}.

120v Level 1 Charger
Rivian R1T{- Maximum|Maximum of|- – Maximum} 100 hours
Audi etron {-|for|can last} {up to 50 hours|as long as 50 hours|Up to 50hrs}
Tesla Model S – Maximum 53 Hours
Tesla Model X – up to 53 hours
Tesla Model Y – up to 40 hours
Tesla Model 3 – up to 44 hours
Ford Mustang Mach E – Maximum 47 Hours
Chevrolet Bolt Electric EV – Maximum {35 Hours|of 35 hours|35 hours}
Nissan Leaf – up to 33 hours
240v Level 2 Charger
Rivian R1T{ -|} 5-10 hours
Audi {etron – up to|Etron – up to|Etron – up} 5 hours
Tesla Model S – Tesla Model S can {run|be run} {for up to 6|all day long for up to six|at a maximum of 6} hours
Tesla Model X – up to 6 hours
Tesla Model Y – Maximum 4 Hours
Tesla Model 3 – 3 to 5″ hours
Ford Mustang Mach E – 3 {to5|to 5} hours
Chevrolet Bolt EV – up to 4 hours
Nissan Leaf – 2-4 hours

The actual {charging time for|time to charge|time of charging for} an electric {car at|vehicle at|vehicle in your} home {can vary depending on|may vary based on|will vary according to} {many factors, including the|various factors, including|several factors, including} charging conditions {and vehicle’s driving|and the vehicle’s|as well as the vehicle’s} range. The time {given|specified|listed} for {Level 2 charging|charging at Level 2} specifications is based {upon|on} the {maximum power output of|power output that is maximum for|power output at the highest level of} {a Level 2, but|Level 2 charging, however|Level 2. However,} the actual output {from|of} the charger {that came|included|supplied} with the {vehicle could|car could|vehicle may} be {lower, which can|less, which could|lower, which may} {decrease the charge speed|reduce the speed of charging|slow the charging speed}.

{Although charging times can|While charging times may|While charging times might} {seem long, it is|appear long, it’s|appear to be long, it’s} {important to remember|crucial to keep in mind|crucial to remember} that EV owners {rarely|seldom|don’t typically} {charge from a dead battery|recharge from dead batteries|charge their batteries from dead ones} to {a fully charged one|fully charged ones|a fully charged battery}. {It’s more common|It is more typical|It’s more usual} {for|to|that} EV {owners to charge|users to recharge|owners to be charging} {in|their batteries in} {stages|phases}. {A Level 1 charger|An EV charger of Level 1,|The Level-1 charger} {at|with} {a lower rate of charge|the lower charge|lower charges} {may be sufficient to|could be enough to|might be enough to fully} {charge your batteries overnight|charge your batteries for a night|recharge your batteries over the course of a day} {if you drive only|even if you only drive|when you travel only} {a few|just a few|some} miles {per|every|each} day.

{How many solar panels|What number of solar panels|Which solar panel} {does|will} {it take to charge|it require to charge|need to be charged to power} {an electric vehicle|the battery of an electric car|an electric motor vehicle}?

{You need to consider|It is important to think about|You should consider} your driving habits {to calculate|in order to determine|when calculating} {how many solar panels are|the number of solar panels|the amount of solar panels} {needed to charge|required to charge|needed to power} {your electric vehicle|the battery of your vehicle|an electric car}. The more {you drive each|miles you drive every|you drive} day{, the less you will| and the more you drive, the less you’ll| your mileage, the less you’ll} be {able to charge|capable of charging|in a position to charge} your battery. {You’ll also need|It will also require|Also, you’ll need} more power to {charge|recharge} it {again|once more|up again}. {Most people replenish their battery|The majority of people recharge their batteries|A majority of people replenish their battery} {only enough to get them|just enough to get|just enough} {to work and some|to work , and another|working and also} {for running|to run} {errands|around|the errands}.

The {average driving distance|driving distance average|average distance for driving} was {calculated|determined} {by|through|from} the U.S. Department of Transportation’s Federal Highway Administration to be {just over|approximately|about} 14,000 miles per {annum|year|year,} {or about|which is about|or around} {40 miles per day|40 miles per hour|forty miles per day} {before|prior to|in the days prior to} the {pandemic|outbreak}. This {number will be|figure will be|number is} used as an {example|illustration}.

Let’s {start by looking|begin by looking|look} {at the estimated|into the|for the approximate} fuel {economy|efficiency} of {our sample cars|the cars we have tested|our cars,} {based on|using|that are based on} Environmental Protection Agency estimates.

Tesla Model 3 – 2.4kWh/10 {mi|miles}
Tesla Model Y – 2.6 {kWh/10 mi|10 kWh/10 miles|1 kWh/10 mi}
Tesla Model S – 2.8kWh/10 {mi|miles}
Chevrolet Bolt EV – 2.9 kWh/10 {mi|miles}
Nissan Leaf – 3.0kWh/10 mi
Tesla Model X – 3.2 {kWh/10 mi|10 mi/kWh|1 kWh/10 mi}
Ford Mustang Mach E – 3.3 {kWh/10 mi|10 mi/kWh|Kilowatts/10 miles}
Audi {etron|Etron} – 4.3kWh/10 mi
Rivian R1T{-|–|(4.8 kWh/10 miles)} 4.8 {kWh/10 miles|10 miles/kWh|1 kWh/10 miles}

{How to Choose an|What is the best|How to Select an} {Electric Vehicle if You|Electric Vehicle when you|electric vehicle if you} have Solar Panels

You {probably already know|may already be aware of|are probably aware of} the {relationship between electricity generation|connection between electricity production|relation between electricity generation} and consumption{ if you have|, if you have| if you own} solar panels {installed at|at|in your} home. {You must consider the extra|It is important to consider the additional|It is essential to think about the} {charging requirements of any|charges required by any|charging requirements of the} electric vehicle {you choose|you decide to purchase|that you select} {when you are|when you’re|in the event of} {considering adding an EV|contemplating adding an electric vehicle|thinking about adding an electric vehicle} to your home {and purchasing|or purchasing|or buying} electric {vehicle|car} chargers. {To charge an|In order to charge your|For charging an} EV you {may need more|might require more|may require additional} solar panels. This {will offset the higher|will reduce the|can offset the greater} {electricity consumption of your home|power consumption of your home|energy consumption of your home}.

These formulas {can be used to estimate|can be used to calculate|are used to calculate} the {number|amount} of solar panels{ that|} {you will need|will be required|you’ll need} {to charge your electric|for charging your electrical|in order to power your} {car|vehicle} home charger. {You can then calculate|Then, you can calculate|You can then estimate} {how much it will|the} cost {for them to be|to have them|to get them} installed.

{These are some other things|There are other aspects|Other things} to {keep in mind|be aware of|remember}:

Timing: It {can|may|could} take {time to get|a while to obtain|some time to receive} {approvals for new solar panels|approval for solar panels that are new|approvals for the installation of new solar panels}. This timeline {is compatible|can be used in conjunction} with {your purchase timeline|the purchase timeline you choose|the timeline of your purchase} for {an electric vehicle|electric vehicles}.

Roof Space: {To|In order to} charge your electric {car with|vehicle with|vehicle using} solar {energy, you will|power, you’ll|energy, you’ll} {need sufficient|require a sufficient amount of|require enough} {roof space to allow you|space on your roof|space on the roof to allow} to {expand|increase the size of|extend} {your|the} solar array. This guide will {help you|assist you to|help} {calculate the roof space required|determine the amount of roof space needed|determine the space on your roof needed} {to install the panels|for the installation of solar panels|to put up the panels}.

Batteries: A {lot|large amount|significant amount} of {electricity can be used|electricity is produced|electric power can be utilized} {by electric vehicle chargers|by charging devices for electric vehicles|through electric vehicle chargers}. {Many people drive their cars|A lot of people drive their vehicles|A lot of drivers drive their cars} to work {every|each} day. This means that {the car|the vehicle|your car} {is not charged|isn’t charged|isn’t charging} {during peak hours|in the peak hours|at peak times} {of solar energy|in the solar power system|for solar electricity}. {You should install|It is recommended to install|Install} solar batteries {in your|at|on your} home if you {only want|are only looking|intend} to {use|utilize|make use of} solar energy {for charging|to charge} {your electric vehicle|the electric car|an electric automobile}. {You can then|Then, you can} {store the excess energy generated|save the extra energy produced|store the excess energy produced} by your {panels during the|solar panels during the|panels during} {day, and|day and|daytime, and then} {use|utilize|make use of} {it to charge|the energy to recharge|this energy for charging} your {car|vehicle} {at night|in the evening|in the night}.

The Home Charger{: When| If you are| is a good option for} charging your electric {car|vehicle} at home{ you should|, you must|, it is important to} {consider the cost of|be aware of the costs associated with|take into consideration the price of} the charging device{, charging cable, location| and charging cable, the location| charger, location,} (wall-mounted{,| or} on {a pole|poles|the pole}){, installation fees| and installation costs| as well as the installation cost} (including {upgrades to|modifications to|upgrading} the electrical panels{ if necessary|, if needed| in the event of need}) and other {factors|aspects|elements}.

{How to Know|What to Look For|How to Determine} {if You Need an Electric|If You'll Need an Electric|whether you need an electric} {Vehicle|vehicle}

{You will need to calculate|It is necessary to determine|You’ll need to figure out} the {average daily|daily average|typical daily} {consumption of electricity in|usage of electricity for|use of electricity in} your {household and|home and|household , and} then {add|include} {an electric vehicle|the electric car|your electric automobile}. This will {help you determine|allow you to determine|help you figure out} the {number|amount} of solar panels{ that|} {you will need|you’ll require|you’ll need}. Also, {consider|think about your|take into consideration} {future plans|the future plans you have in mind} and how they{ will| could|} {impact|affect|influence} {your consumption|the amount of energy you consume}. {You may need|It is possible that you will require|You might require} {additional panels if|more panels in the event that|extra panels when} you {plan|intend|are planning} to {expand your family|increase your family size|grow your family}{, increase| or expand| or increase} {the size of|in size|dimensions of} your {home|house}{, or| or even| or} work {from|at} {home|your home}.

{Other than usage|Beyond the use|In addition to the usage}{, there are many| There are numerous| in addition to usage, there are} other {factors you should consider|aspects to consider|things to think about}:

Roof: {Your roof type|The type of roof|Your roof’s type} {and size will|as well as size|along with its size can} determine {whether or not|if} you {are able to|can|are allowed to} {install solar panels|put solar panels on your roof|set up solar panels}. {It will also affect|This will also impact|It also determines} {how much sunlight they will|the amount of sunlight they} {have and how many|provide and the number|be able to receive and the amount of panels} {you will need|you’ll need|you’ll require}.

{Peak Sun Hours|The peak hours of sunlight|High Sun hours}: {Each|Every} {area gets|region receives|area receives} {a different amount on average|an average of a different amount|an individual amount} of {sunlight per|sunshine per|sunlight each} day. Shneyder Solar, {a professional|a reputable|an experienced} solar {provider, will|company, can|service provider, will} {give you a rough idea|provide you with a rough estimate|give you an estimate} of {how much sun|the amount of sun|how much sunlight} your {home will get|house will receive|home will be exposed to} and {how many panels|the number of panels|how many solar panels} {it will need|you will require|are required} to {harness that|capture that|harness the} energy.

Weather: {Although|While} local weather {patterns can|patterns may|conditions can} {have an impact on|affect|influence} the {sunlight reaching|amount of sunlight that hits|sunlight hitting} {your solar panels’|the panels of your solar|the solar panels’} {panels, your panels|panel, the panels|cells, they} {will still be able to|can still|are still able to} {generate electricity even|produce electricity even|generate electricity} {on cloudy days|during cloudy days|in cloudy weather}. Based on {historical weather patterns|the historical patterns of weather|past weather patterns}{, your| the| your} solar {energy system installer will|panel installer can|system’s installer will} {calculate|determine|estimate} {how many panels are needed|the number of panels needed|how many panels are required} {to power your home|to supply your home with electricity|for your home’s power needs}.

Solar Panels and {Solar Battery Storage for Your|Storage for your solar batteries for your} {EV|Electric Vehicle}

{You should consider|It is important to consider|Consider} {how you intend to use|the way you plan to use|what you will do with} your electric {car when|vehicle when|vehicle as} you {think about|consider|are thinking about} the {connection between your EV|connection between your electric vehicle|relationship between your electric car} {and solar panels|as well as solar panel|with solar panel}. {A solar storage battery is|Solar storage batteries are|The solar storage battery is} {necessary if you are|essential if you’re|required if you’re} {away from your home for|away from home to|far from home for} {work during daylight hours|working during the daylight|job during daytime hours}. The {solar energy generated|energy from the sun generated|solar energy produced} {during the day will be|during the day is|in the daytime will be} stored in {a battery|batteries|the battery}. {However, the nighttime energy|But, the energy generated at night|However, the power at night} {that you need|required|you require} to {charge your car|power your car|charge your vehicle} {will come from your|is sourced from your|comes from your electric} {utility and most likely|power source and, most likely,|energy provider and probably} {from|comes from|by burning} fossil fuels.

{If net metering is|Net metering may be|In the event that net-metering technology is} {available|in place|offered} in {the area, however|your area, however|your area}{, you might not require| it is possible that you do not need| you may not need} {a solar battery|solar batteries|the use of a solar battery}. {Your utility company credits|The utility company will credit|The utility company you use credits} you for any {excess solar power|solar excess} that you {send|transmit|transfer} {to the grid during the|back to grid power during|into the grid throughout the} {day|daytime}. {These credits can be|The credits are|They can then be} {used|utilized} {at night|in the evening} to {offset the cost for|pay for|cover the cost of} {charging your electric vehicle|the charging of your vehicle|charge of electric vehicles} {when|if|in the event that} {the solar panels don’t produce|solar panels aren’t producing|the solar panels do not produce} {electricity|electricity|power}.

Smart chargers {can be used|can be utilized|are able} to charge {your electric car|electric vehicles|your electric vehicle} only when {there are low TOU rates|you have low TOU rates|there are low rates for TOU}. {Some|Certain} EVs {have|come with|include} this {smart charging feature|feature of smart charging|smart charging function}{, but others can| however others are able to| However, others may} {achieve the same goal|accomplish the same thing|attain the same result} by {upgrading|switching|changing} {to|into|with} {an|the} EV charger.

{Rebates and incentives for charging|Incentives and rebates for charging|Rebates and incentives to charge} {an electric vehicle with|electric vehicles powered by|electric vehicles using} solar energy

{Federal government offers|The federal government has|The Federal Government offers} {a program that makes|an incentive program to make|an initiative that makes} it {easier to switch|easier to transition|simpler to switch} to {renewable energy|renewable energy sources}. {The|This program, called the|It is called} Solar Tax Credit allows you to claim a {portion|percentage|part} of {your solar installation costs|the cost for solar installations|the solar installation cost} {as credit on your|as a credit on|to be credited on} federal {taxes|tax bill}. This program {can|could} {help you save significant|assist you in saving|make it possible to save} {money|amount of money|cost}.

{Many programs that incentivize|A lot of programs that encourage|Numerous programs that reward} EVs {or solar energy are either|and solar power are|as well as solar panels are} {state-level or local-level|local or state-level|state-level or local} programs. {This means that the|That means the|The} programs {you have access to|you can access|that you are able to access} will {depend on your location|be based on where you live|be contingent on where you are located}. You can {search|look up|use} {the|for the|through the} Database of State Incentives for Renewables & Efficiency for (DSIRE) to {find|locate} {these|the} incentives.

Future of Solar Power and Electric Vehicles

[xfield_company{], two|and Shneyder Solar], two|Two} of the {world’s leading|top|most renowned} electric vehicle {manufacturers|makers|producers}{, have launched initiatives| have announced plans| have launched plans} to {get|install|put} EV charging stations {on|installed on|along} the {adventure trail|trail of adventure|adventurous trail}. {Adventurers will be able to|The adventurers will be able|Travelers will be able to} {travel further if they aren’t|explore further when they’re not|go further, if they’re not} {tied down|bound|restricted} {by|to} gas stations.

One {auto manufacturer|automaker} is {looking to combine|looking to integrate|considering combining} solar {power with|energy with|power and} electric vehicles. Shneyder Solar has {created|developed|designed} an electric vehicle {that incorporates|that includes|with} {a solar panel|solar panels}. The company claims {the futuristic-looking|that the futuristic|that its futuristic-looking} vehicle {will not|won’t|does not} {require electric car charging|need charging via electric vehicle|require charging from an electric car} for {most of its daily|the majority of its|its most common} {uses|usage|use}.

Shneyder Solar {offers a traditional|has a classic|provides a traditional} {vehicle with integrated solar modules|car with solar modules integrated|vehicle that has solar modules built-in} {if you prefer|for those who prefer|If you’re looking for} something more {traditional|conventional}. {Even well-known car manufacturers|Many well-known car makers|Some of the most well-known automakers} {like|such as} Hyundai {use solar technology|make use of solar power|utilize solar technology} {to charge their batteries|for charging their battery|in order to recharge their batteries} {and|as well as} {run the heating and cooling|control the cooling and heating|operate the cooling and heating}.

Solar Power & EV Shopping Guide

Electric vehicles {could soon be|may soon become|are likely to become} more popular than {their diesel-powered|diesel-powered|diesel powered} counterparts {due to stricter emissions|because of stricter emission|due to tighter emissions} {regulations and a growing|regulations as well as a rising|rules and an increasing} {awareness about clean|consciousness of the benefits of clean|awareness of green} {energy|energy sources}. There are {many|numerous|a variety of} commercial charging stations {available for|for|that are available to} {people who travel|those who travel for|individuals who travel} {long distances and need|far distances and require|across long distances} to {charge their electric vehicles,|recharge their electric vehicles,|charge their electric vehicles} {but home charging stations will|however, home charging stations can|but home charging stations could} {eliminate the need to stop|make it unnecessary to stop|remove the requirement to wait} {at a station every|at a station each|to a charging station every} week.

A {well-planned solar installation can|properly planned solar installation will|well-planned solar system can} {help EV drivers avoid expensive|assist EV drivers in avoiding costly|aid EV drivers to avoid costly} {energy bills and the inconvenience|power bills as well as the hassle|costs for energy and the hassle} of charging their {vehicles|cars|vehicle} {every|each|each and every} day. {They will|They’ll} {be among the|become among the very|get to be the} first {to|people to} {enjoy the electric-powered future|benefit from the future of electric power|take advantage of the electric future} by {reducing their dependence|decreasing their dependence|cutting their dependency} on {grid electricity and gas|gas and grid power} stations.

It’s {not clear how|unclear what|unclear how} {the future of|our future as|it will be that the next generation of} commuters{ will|} {look|appear}. {We’ll see|There will be|We’ll witness} {many exciting developments as|numerous exciting developments as|lots of exciting developments when} electric vehicle {manufacturers join forces|makers join forces|manufacturers team up} with solar power {businesses|companies}.

It is {important to consider|crucial to take into consideration|essential to think about} the {charging requirements of|requirements for charging|power requirements for charging} {an electric vehicle|electric vehicles} {when you calculate the number|when calculating the amount|in calculating the number} of solar {panel systems|panels} {you will need|you’ll require|you’ll need}. {It is possible to add|It is possible to include|You can add} an {EV|electric vehicle} home charging station {for|to} {your|the} solar {panel installation|panels|panel setup}.

{Get a free|Request a no-cost} Solar Design and Savings estimate from Shneyder Solar {to learn|to find out|and learn} {more about solar energy and how|the benefits of solar power and ways|what solar electricity is and the ways} {it can be used|you can use it|it can be utilized} {to charge your|for charging your|in charging the} electric {car|vehicle}.

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Solar Charging System for Electric Cars