solar powered states, solar street lights

Solar Powered States

Solar power is on the rise in America and the International Energy Agency predicts that solar power will make 16% of the world’s electricity by 2050.

That’s quite a lot of energy and it got us thinking, what would it actually take to make 100% of the world’s electricity via solar power? Could America actually power the world with solar panels? And what could each state power if we filled them with solar panels? We crunched the numbers and came up with some interesting results.

No surprises but the largest states of Alaska, Texas, and California can house the most solar panels and also produce the most power with Alaska being able to generate a whopping 1 trillion kilowatts of energy, Texas 450 billion kilowatts, and California 274 billion kilowatts from just 4 hours of sunlight in a day.

Feeling neighborly? From Europe to the United Arab Emirates, each individual state can meet a wide range of countries energy needs for an entire year from just four hours of sunlight! Alaska can power Russia for an entire year, Texas could power France, New York Rwanda, and California Saudi Arabia to name but a few.

When it comes to powering the world, if America was one giant solar panel it would take just 16 hours of sunlight to power the entire world for 1 year. In 1 year it could power 105 years of energy use in the world.

solar power by state

 

So there you have it. America could power the world for a whopping 105 years, Texas can happily watch the Dallas Cowboys till the end of time, and if California can reach 88 mph, they can time travel over 200,000 times all thanks to solar energy.

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solar power tesla

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

solar street light, solar outdoor lights for sale

California’s Bright Future: The Solar Mandate

On May 9th, the Sunshine State became the first to require a solar installation on new housing. This historic development is that latest sign that solar energy is gaining traction around the U.S., hopefully setting precedent for many states to come.

The California Energy Commission unanimously passed the California solar mandate that requires all new housing developments up to 3 stories to include some solar energy installation in the home. This is apart of California’s goal to have 50% of their electricity to come from non carbon sources by 2030 and cutting down greenhouse emissions by 40%. Under this mandate, builders must either include individual solar panels on homes or attach groups of home to a shared power system. Homeowners will either pay for this new power source inclusively in the initial housing price or in a monthly fee.

According the the Commission, this plan is estimated to use 53% less energy than under the 2016 standards, majorly progressing towards their 2030 goal. In addition, greenhouse gases are expected to decrease by 700,000 metric tons due to this solar mandate.

How does this plan affect the average homeowner? Let’s address the two main concerns of this plan: the quality of energy and the costs.

  1. Solar panels are roughly suppose to provide about 60-70% of quality energy for the average home. For those concerned about the colder months, solar panels will still produce energy on cloud-filled days and actually increase output in colder temperatures. To provide even more insurance, the mandate dictates that houses would still be attached to a power grid to ensure a constant supply of energy among all weather conditions.
  2. The costs associated with this plan are negligible as the savings outweighs the costs overtime. While the initial cost of construction is estimated to increase about $10,000, environmental economists predict solar efficiency will save homeowners around $19,000 on electric bills over 30 years, averaging at $80 per month.

The California solar mandate made a giant step towards sustainable consumption and paves the future for solar energy. From solar panels to solar street lights to even solar schools, the market for solar is growing and demands attention. And it’s finally receiving the attention it deserves.  

All over the world, countries are making great strides to embrace renewable energy as a main source of energy. Morocco has built an impressive new solar installation that currently stands as the largest solar installation in the world. Countries all over Europe are replacing giant sums of energy, anywhere from a third to half, with solar. Now cheaper than fossil fuels, solar is taking over the industry. 

The United States should take precedent from these countries to more heavily invest in solar. In fact, our nation alone has the capacity to power major players on the world stage. Alaska can power Russia for an entire year, Texas could power France, New York Rwanda, and California Saudi Arabia to name but a few. California and its’ energy-friendly policies are raising the bar to encourage other states to take the steps towards sustainable living and is proving that investing in solar is worth it. 

scholarship, greenshine new energy scholarship, greenshine new energy

Greenshine New Energy $1000 College Scholarship

Want $1000 for college? Apply To The Greenshine New Energy Scholarship

If you are currently enrolled in college (or headed there in 2018!) and want to win a $1000 scholarship to help cover expenses, enter the the Greenshine New Energy Scholarship .

Greenshine New Energy will award a $1000 scholarship to one highly motivated student who can thoughtfully respond to the prompt below.

Who Are We:

Greenshine New Energy specializes in providing solar street lighting solutions around the country. Using new technology and the highest grade material, our solar lighting systems are perfectly suited for a wide array of outdoor solar lighting applications to serve any community or business.

How It Works:

Please tell us in 800 words or less how you think green energy technology will change in the next 30 years and what the impact on our lives will be.

Here’s How to Win:

  • Answer the prompt above in 800 words or less.
  • Fill out the form below, including a link to a Google Doc answering the prompt above. Ensure your Google Docs file is saved in the format (your-name)-(dob)-2018 Greenshine New Energy $1000 College Scholarship Submission.
  • We will pick a winner on October 31, 2018 and notify you*
  • A member of the Greenshine New Energy team will  team will email you to confirm your mailing address and send you a check or Visa gift card in the mail for $1000
  • We will announce the winners on the Greenshine New Energy blog.

To Be Eligible:

  • All submissions must be received by midnight on October 28th 2018.
  • You must be a graduating senior in high school or a freshman, sophomore, or junior in college or trade school and at least 16 years of age in the US Territories.
  • We reserve the right to verify the date of your high school graduation and/or college enrollment.
  • Each entrant affirms that they have met all eligibility requirements and releases their entry to be used for any purpose by Greenshine New Energy.
  • Any and all submissions may be used in future Greenshine New Energy marketing.

*Disclaimer: Greenshine New Energy respects your privacy and will not share any personal information without prior approval from you. We will pick our favorite winners based on the submissions we receive by the deadline listed above. 

solar lighting, greenshine, solar panels

How Do Solar Panels Work?

Over the last 10 years, the rapid growth of the solar industry has demanded attention. Large agencies such as Tesla and the European Union are embracing solar as the wave of the future. From solar panels on rooftops to solar street lights, the solar is now a major player on the world stage.

With all this talk about solar, have you ever wondered how a solar panel actually worked? Here’s a little introduction on what solar panels are and how they work.

The Basics

Depending on the system type, application, and site location, a solar-powered system consists of different parts. The main components are solar PV panel, LED light, solar charge controller, inverter, battery, and pole.

  • Solar PV panel consists of photovoltaic cells that are wired together and convert sunlight into direct current (DC) electricity.
  • Solar charge controller regulates the voltage and current that is coming from the solar panel. It uses the panel to charge the battery, keeps it from overcharging and prolongs the battery’s life span.
  • Batteries store the energy that can later be used to supply lights and various electrical appliances when there is a demand.
  • LED light provides high-quality illumination using energy produced by solar panels.

What are Solar Panels Made Of?

Solar panels are one of the main components of a solar outdoor lighting system. While there are several types of solar cells, typically that are comprised of multiple small grouped units called photovoltaic (PV) cells.  These cells are made of two layers of semiconductor material typically comprised of silicon crystals.

Because silicon is a poor conductor of electricity, the bottom layer of photovoltaic cells is doped with boron, which facilitates a positive charge (P). On the other hand, the top layer is doped with phosphorus, adding electrons with a negative charge (N). Electron movement between the two layers with opposite charges produces an electric field.

Most PV systems are based on individual square cells that produce very little power, which is why they are linked together as panels or modules. During solar panels installation, solar panels can be used individually or wired together into larger solar arrays to produce the desired electrical output.

How Do Solar Panels Work?

Solar PV system uses photovoltaics (PV) to transform sunlight into electricity. Solar-powered photovoltaic panels, also called modules, contain photovoltaic cells. These cells convert incoming sunlight into electricity that can either stored for later use or directly supply a home or a business with renewable energy.

Solar energy is a clean and reliable source of electricity that has a vast range of applications. With its high rate of return, solar is considered a great investment opportunity and is now being embraced by many industries across the board.

PV cells convert sunlight into electricity. When particles of light called photons hit the surface of a solar cell, they knock electrons loose from their atoms. When positive and negative charges are separated, an electric field occurs.

As electrons flow through an electrical circuit from one layer to another, they generate a flow of electricity. After the panels convert the energy to direct current (DC) electricity, an inverter converts it into alternating current (AC) electricity.

Alternating current is the type of electricity that consumers use when they plug their appliances into a wall socket. Only after it is converted to AC, electricity can be delivered to a business or a residence.

Solar panels and Outdoor Lighting

With modern technology, large corporations and municipalities are embracing solar and are investing in this growing infrastructure. Photovoltaic cells require no maintenance, produce no greenhouse gas emissions, and are environmentally friendly. They are also easy to manage as they turn off and on automatically. Solar panels provide enough electricity both on sunny and cloudy days, and charge the batteries that can later power your residential or commercial solar lights during the night. With current technology, most solar systems use LED lighting as opposed to commercial for the advantages in technology.

Need Assistance?

Greenshine New Energy LLC. has more than a decade of experience in developing and manufacturing solar-powered lighting solutions for different lighting applications. As a renowned company with a team of skilled and experienced engineers, we can assist you with designing and integration of our high-quality products, such as street lighting, park lighting, pathway lighting, parking lot lighting, etc.

Smart Solutions for Street Lighting: Commercial Solar Street Lights

commercial solar street lightsStreet lights are like superheroes. Without a doubt, they keep us safe and comfortable from the terrors that loom in the darkest hours of the nights, saving us from the woes that may come. While unsung heroes light up the night, they could seriously up your electricity bill. However, a new hero has emerged: commercial solar street lights. This lighting solution not only saves you from the creatures of the dark, but also helps you save on electricity bills, energy consumption, and upfront trenching costs.

Smart Infrastructure

Everyday, more and more cities are investing in replacements of their legacy lighting system with LED technology, which has proven to be a smart investment.

The combination of a solar system with LED lighting is especially practical in remote areas where LED-based lighting systems can be installed without setting up any external infrastructure in the traditional way.

Solar Power Systems for Street Lighting

Off-grid solar systems are not connected to the utility grid and therefore use zero power. Photovoltaic panels gather energy from the sun during the day and keep the battery bank charged. Batteries store the sun’s energy so that it can be used by solar street lights at night.

Off-grid solar systems are best suited for regions and countries where there is no power grid or where connecting the street lights to the grid can be expensive. These systems should have no other maintenance costs but for battery replacements approximately every seven to ten years.

An on-grid solar system is a system that is connected to the utility power grid. The electric power grid functions as a battery, as well. The system stores energy into the grid and then takes it back during the night.

No maintenance or battery replacements are needed for this system. This type of system uses a utility grid serves as a backup power source.

A hybrid solar system is a combination of the two above-mentioned systems. It uses batteries but can also feed excess energy into the electric power grid. Though these systems enable energy independence, they are more complex to install.

Commercial Solar Street Lights: A Solution to Street Lighting Problems

Visibility and safety. Commercial solar street lights can light up highways, streets, crossroads, and squares and improve illumination quality. Uniform distribution of light contributes to better visibility and safety of drivers, pedestrians, and cyclists. A well-lit street plays an important role in preventing accidents and robberies, improving the lifestyle of residents.

Energy consumption. Solar lighting is a solution to one of the burning issues today: high energy consumption. LEDs last twice as long as HID or HPS lamps but consume half the energy. They can deliver energy savings of 65 percent and considerably cut street lighting costs. And bonus, energy is obtained from a clean energy source!

Maintenance. Every street lighting network owner regularly face maintenance issues, such as broken lamps that need replacement and repair. By installing commercial grade solar street lights, operational and maintenance costs are reduced and the repair delays decreased.

Best Solar Street Lighting to Illuminate Streets

And so, the monsters of the night are hiding in deep dark corners thanks to commercial street lighting. People can rest safely in their homes knowing that solar street lights light up the night. Don’t you want to be a superhero too? Ensure the safety of your neighborhood by installing commercial street lights today! Save the Earth, save on costs, and save your residents from the darkness of the night.