Tesla Powerwall Home Battery- An Overview

The Tesla Powerwall is essentially a compact rechargeable lithium ion battery which is normally meant for use in home energy storage systems and can be paired up with commercial residential solar panels for full home grid functionality. It is designed to cater for EV charging as well, self-consumption of energy, shifting consumption, and short-term backup power needs. With the recent trend of buying more electric cars being a part of the everyday lives of many people the demand for home power storage batteries has also risen. These batteries not only store up enough energy to help run all the appliances in your house but also provide enough power to keep them running at night when the utility company’s power is off.

Is the Tesla Powerwall Battery Affordable?

The original Tesla Powerwall battery was introduced in 2020 and sold over the next few years at a price point that was beyond the reach of many consumers. Now, however, there are newer models available which have an improved power storage capacity and are priced much more affordable to the average consumer.

The latest Powerwall battery offers a better warranty, is able to store more energy during a single use, has a higher energy density, and includes a new high-tech back-up battery if there is a power outage. For those who need home energy storage systems for both emergency power needs as well as long-term power storage use there is the Powerwall 2.

The Powerwall 2 has a battery management system built into the system and is designed to prevent overcharging as well as undercharging. This is done by having a control unit that monitors the temperature and the level of the cells inside the system and then prevents the battery from being overcharged or undercharged.

A solar panel is installed on the roof of a home so that it can be able to capture the maximum amount of sunlight as well as charge the battery during the day. There are now commercially available solar cells which can be used to power the solar cells on the roof. Many homeowners choose to use solar panel modules to power the entire house since they offer much better energy output compared to the batteries.

To reduce the amount of money one is paying on their electricity bills, one should consider using both. the solar module and the battery for power storage.

There are two things to keep in mind when considering these home energy storage systems. The first is that they should be located close to a source of electricity because you don’t want to pay out of pocket for the electricity that is being produced if your batteries are dead. Also, if you are storing a lot of excess energy in the battery you don’t want to store it anywhere in your home since you don’t want it to get too hot or too cold during the summer.

The post Tesla Powerwall Home Battery- An Overview appeared first on Nevada Solar Group.

source https://nevadasolargroup.com/tesla-powerwall-battery/?utm_source=rss&utm_medium=rss&utm_campaign=tesla-powerwall-battery

Solar Panel Installation - Everything You Need to Know

When you are considering solar panel installation, there are several things that you should know and take into consideration. With some research and preparation, it is possible for you to create a solar system that will generate enough electricity to meet your needs.

Many states and cities have already made it much easier and faster to add solar energy to your home by streamlining the approval process through local government agencies. In general, this process typically takes a few days and multiple visits throughout the process.

But, in many cases the solar panel installation process really only takes a day or two, depending on the size of the project. This is certainly not going to be the case for all homeowners; however, it does mean that you can complete your installation without having to hire a professional contractor. In fact, many contractors and even non-contractors may even perform the installation work if they feel it is necessary or if you feel comfortable with the process. However, we highly suggest you hire Nevada Solar Group. We are professional installers and have the proper licensing to install your entire solar panel system.

Installation in your home will require a certain amount of equipment to get the job done. The equipment typically consists of a solar collector panel, batteries, inverter, battery charger, and an inverter controller. The type of panels you use and the size of batteries used will depend on the amount of energy you want to collect during your day, or even the amount of energy you wish to store at night.

You may want to consider using more than one panel in order to maximize the amount of electricity you are collecting during the day and store during the night. Many panels are designed to work as independently as possible. This allows for greater flexibility and for easier maintenance. However, it can also be quite expensive to install several panels in your home. Therefore, it is probably best to focus on just having one or two panels.

Although solar panel installation is definitely a good idea, there are still many people who are still hesitant to have such an expense. But, if you do your homework and find out all the pros and cons of the installation, you should be able to come to a better decision about whether or not you should have this solar energy generation system in your home.

You can take advantage of the research already being done and find out everything you need to know about solar panel installation online. In addition, you will be able to find out what types of prices the equipment is going for and what types of financing options you may be able to explore.

In short, if you are serious about saving on energy costs or are interested in helping the environment, you should consider building and installing your own solar energy generation system. This can easily be done on your own in your own spare time. It is inexpensive and can easily save you thousands of dollars over time.

The post Solar Panel Installation – Everything You Need to Know appeared first on Nevada Solar Group.

source https://nevadasolargroup.com/solar-panel-installation-everything-you-need-to-know/?utm_source=rss&utm_medium=rss&utm_campaign=solar-panel-installation-everything-you-need-to-know

What Does A Solar Inverter Do?

A solar inverter or PV inverter, is a type of electrical converter which converts the variable direct current (DC) output of a photovoltaic (PV) photovoltaic panel into a utility frequency alternating current (AC) that can be fed into a commercial electrical grid or used by a local, off-grid electrical network. The main purpose of a solar inverter is to change the DC electricity streaming from your solar panels into useful AC power that your house appliances use.

It is a critical balance of system (BOS)– component in a photovoltaic system, allowing the use of ordinary AC-powered equipment.  Solar power inverters have special features adjusted for use with photovoltaic or pv arrays, including maximum power point tracking and anti-islanding protection.

Just how solar inverters operate in a PV system

When the sun shines on your solar photo-voltaic (PV) system, electrons within the solar cells start to move, which produces direct current (DC) energy. String and central inverters featured different advantages and disadvantages, yet string inverters are much more serviceable when a failure unavoidably takes place. In a solar PV system with a string inverter, each panel is wired with each other right into a string, and multiple strings (normally up to three) can be connected to your central inverter.

The post What Does A Solar Inverter Do? appeared first on Nevada Solar Group.

source https://nevadasolargroup.com/what-does-a-solar-inverter-do/?utm_source=rss&utm_medium=rss&utm_campaign=what-does-a-solar-inverter-do

Solar Panels – The Magic Behind This Environmentally Friendly Power

Solar Panels - The Magic Behind This Environmentally Friendly Source of Power

Solar Panels – The magic behind this environmentally friendly source of power and why purchasing them now is sensible. But why is sustainable energy so important?

Solar panels can be made for harnessing the sun’s energy reserve to any other energy form. Usually the power that generates would be available in the form of heat (for example for heating a building) or electricity that can be used to power anything from a radio to a whole company.

Throughout this article we will speak about the larger residential and industrial panels that are built to provide power for the home or company, where these panels are frequently mounted at the top of the home or close to the home if space allows. We will also focus on the form of panels which generate electricity collectively known as Photovoltaic panels.

Solar panels are a great way of reducing energy costs , reducing your carbon emissions and becoming more self-sufficient. In urban areas where renewable energy advocates and policymakers build opportunities for this friendly and quiet alternative energy source, they are now becoming extremely popular. For example, in installing and implementing a residential solar system, the State of Colorado has provided substantial rebates on the upfront costs.

Once the panels have been installed, electricity from the device will be used to energize the home, or, when energy is generated in excess of demand, will be redirected for use on the grid, where the electrical power provider will buy it back. There may be occasions when you potentially receive money from your panels. With discounts factored into the initial cost, it would typically take seventeen to twenty-four years to recover the initial expense, at which point you can produce power from the sun at no cost. But, with the 26% Federal Tax Credit, you can now own your power years earlier and not be reliant on your local power company.

Usually low-power solar panels are available in configurations of 12 v or 14 v, while high-power panels are available in 24 volts. Since solar panels are DC, you may usually need a power inverter to adjust it from low voltage as a Direct Current to a different voltage alternating current to be consistent with the voltage and type that feeds both the home and the grid.

Conventional solar panels are constructed using twin sheets of semiconducting silicon, combined with phosphorus and boron atoms. Amorphous silicon solar cells are a highly powerful, emerging array of photovoltaics that differ in output, structure, and manufacture than traditional photovoltaics that use crystalline silicon. The H-AS solar panels are produced in the same way, but they are made just 1 micrometer in depth by laying down polymorphous silicon at very high pressures and temperatures.

Solar panels are normally maintenance free and many manufacturers will supply a guarantee of electrical output often for as long as 20-25 years.

Solar panels are mounted on either side of your house that gets the most exposure to the sun. This would be the north-facing aspect in localities south of the equator, and its south-facing aspect in locations north of the equator.

The post Solar Panels – The Magic Behind This Environmentally Friendly Power appeared first on Nevada Solar Group.

source https://nevadasolargroup.com/solar-panels-the-magic-behind-this-environmentally-friendly-power/?utm_source=rss&utm_medium=rss&utm_campaign=solar-panels-the-magic-behind-this-environmentally-friendly-power

Elementor #1486

Fun Solar Power Data. People want serious Solar Power informatiom, but sometimes even the serious can be expressed in fun details.

Fun statistics on solar power include stuff like the fact that enough sunlight hits the Earth’s surface in a single hour to fulfill the energy needs of the entire planet for a full year. Just imagine! That information is from the American Society for Solar Energy.

Here are a few more interesting facts about solar power. 

12 Interesting Solar Power Facts 

*As early as 1921, the Nobel Peace Prize for Solar and Photovoltaic experiments was awarded. Albert Einstein was awarded this prize.

*When silicon is taken from a mere one ton of sand and used in solar photovoltaic panels, the silicon will generate as much electricity as 500,000 tons of coal.

*There are over 10,000 homes in the U.S. that get their electricity absolutely from solar power.

*A British astronomer by the name of John Herschel cooked solar-powered food on a journey to Africa almost 200 years ago.

*In 1982 California opened the first major solar power plant.

*In a home where a solar model replaces an electric water heater, solar power will slash water bills by more than 50 per cent per year.

*According to the Department of Energy, the price of photovoltaic ( PV) solar panels has dropped by 200 per cent in the last 30 years. Owners now pay about 10 to 40 cents per kilowatt-hour.

*One U.S. study The Department of Energy (USDOE) reported that on June 14, 2000 solar power conditions in San Francisco were nearly ideal (99 per cent). In that area 100,000 customers lost power that day. Solar power could have provided all that they wanted.

*Another USDOE analysis found that the roofs of California’s municipal and county buildings could produce 200 megawatts of renewable electricity, if covered with solar panels! If you cover school roofs in California with solar power panels, you would add 1,500 megawatts more to the peak power supply in the state.

*In California, covering every commercial and industrial roof available with solar panels could produce all the electricity required in that state during the day.

*Germany makes the best possible use of solar resources, even though its climate has many rainy days.

*Solar energy passes from the sun to the earth in just about 8 minutes.

The post Elementor #1486 appeared first on Nevada Solar Group.

source https://nevadasolargroup.com/elementor-1486/?utm_source=rss&utm_medium=rss&utm_campaign=elementor-1486

Fun Facts About Solar Energy

Fun Solar Power Data. People want serious Solar Power informatiom, but sometimes even the serious can be expressed in fun details.

Fun statistics on solar power include stuff like the fact that enough sunlight hits the Earth’s surface in a single hour to fulfill the energy needs of the entire planet for a full year. Just imagine! That information is from the American Society for Solar Energy.

Here are a few more interesting facts about solar power. 

12 Interesting Solar Power Facts 

*As early as 1921, the Nobel Peace Prize for Solar and Photovoltaic experiments was awarded. Albert Einstein was awarded this prize.

*When silicon is taken from a mere one ton of sand and used in solar photovoltaic panels, the silicon will generate as much electricity as 500,000 tons of coal.

*There are over 10,000 homes in the U.S. that get their electricity absolutely from solar power.

*A British astronomer by the name of John Herschel cooked solar-powered food on a journey to Africa almost 200 years ago.

*In 1982 California opened the first major solar power plant.

*In a home where a solar model replaces an electric water heater, solar power will slash water bills by more than 50 per cent per year.

*According to the Department of Energy, the price of photovoltaic ( PV) solar panels has dropped by 200 per cent in the last 30 years. Owners now pay about 10 to 40 cents per kilowatt-hour.

*One U.S. study The Department of Energy (USDOE) reported that on June 14, 2000 solar power conditions in San Francisco were nearly ideal (99 per cent). In that area 100,000 customers lost power that day. Solar power could have provided all that they wanted.

*Another USDOE analysis found that the roofs of California’s municipal and county buildings could produce 200 megawatts of renewable electricity, if covered with solar panels! If you cover school roofs in California with solar power panels, you would add 1,500 megawatts more to the peak power supply in the state.

*In California, covering every commercial and industrial roof available with solar panels could produce all the electricity required in that state during the day.

*Germany makes the best possible use of solar resources, even though its climate has many rainy days.

*Solar energy passes from the sun to the earth in just about 8 minutes.

The post Fun Facts About Solar Energy appeared first on Nevada Solar Group.

source https://nevadasolargroup.com/fun-facts-about-solar-energy/?utm_source=rss&utm_medium=rss&utm_campaign=fun-facts-about-solar-energy

Solar Panels – The magic behind this environmentally friendly power

Solar Panels – The magic behind this environmentally friendly source of power and why purchasing them now is sensible. But why is sustainable energy so important?

Solar panels can be made for harnessing the sun’s energy reserve to any other energy form. Usually the power that generates would be available in the form of heat (for example for heating a building) or electricity that can be used to power anything from a radio to a whole company.

Throughout this article we will speak about the larger residential and industrial panels that are built to provide power for the home or company, where these panels are frequently mounted at the top of the home or close to the home if space allows. We will also focus on the form of panels which generate electricity collectively known as Photovoltaic panels.

Solar panels are a great way of reducing energy costs , reducing your carbon emissions and becoming more self-sufficient. In urban areas where renewable energy advocates and policymakers build opportunities for this friendly and quiet alternative energy source, they are now becoming extremely popular. For example, in installing and implementing a residential solar system, the State of Colorado has provided substantial rebates on the upfront costs.

Once the panels have been installed, electricity from the device will be used to energize the home, or, when energy is generated in excess of demand, will be redirected for use on the grid, where the electrical power provider will buy it back. There may be occasions when you potentially receive money from your panels. With discounts factored into the initial cost, it would typically take seventeen to twenty-four years to recover the initial expense, at which point you can produce power from the sun at no cost. But, with the 26% Federal Tax Credit, you can now own your power years earlier and not be reliant on your local power company.

Usually low-power solar panels are available in configurations of 12 v or 14 v, while high-power panels are available in 24 volts. Since solar panels are DC, you may usually need a power inverter to adjust it from low voltage as a Direct Current to a different voltage alternating current to be consistent with the voltage and type that feeds both the home and the grid.

Conventional solar panels are constructed using twin sheets of semiconducting silicon, combined with phosphorus and boron atoms. Amorphous silicon solar cells are a highly powerful, emerging array of photovoltaics that differ in output, structure, and manufacture than traditional photovoltaics that use crystalline silicon. The H-AS solar panels are produced in the same way, but they are made just 1 micrometer in depth by laying down polymorphous silicon at very high pressures and temperatures.

Solar panels are normally maintenance free and many manufacturers will supply a guarantee of electrical output often for as long as 20-25 years.

Solar panels are mounted on either side of your house that gets the most exposure to the sun. This would be the north-facing aspect in localities south of the equator, and its south-facing aspect in locations north of the equator.

The post Solar Panels – The magic behind this environmentally friendly power appeared first on Nevada Solar Group.

source https://nevadasolargroup.com/solar-panels-the-magic-behind-this-environmentally-friendly-power/?utm_source=rss&utm_medium=rss&utm_campaign=solar-panels-the-magic-behind-this-environmentally-friendly-power

What Does a Solar Inverter Do?

A solar inverter or PV inverter, is a type of electrical converter which converts the variable direct current (DC) output of a photovoltaic (PV) photovoltaic panel into a utility frequency alternating current (AC) that can be fed into a commercial electrical grid or used by a local, off-grid electrical network. The main purpose of a solar inverter is to change the DC electricity streaming from your solar panels into useful AC power that your house appliances use.

It is a critical balance of system (BOS)– component in a photovoltaic system, allowing the use of ordinary AC-powered equipment.  Solar power inverters have special features adjusted for use with photovoltaic or pv arrays, including maximum power point tracking and anti-islanding protection.

Just how solar inverters operate in a PV system

When the sun shines on your solar photo-voltaic (PV) system, electrons within the solar cells start to move, which produces direct current (DC) energy. String and central inverters featured different advantages and disadvantages, yet string inverters are much more serviceable when a failure unavoidably takes place. In a solar PV system with a string inverter, each panel is wired with each other right into a string, and multiple strings (normally up to three) can be connected to your central inverter.

The post What Does a Solar Inverter Do? appeared first on Nevada Solar Group.

source https://nevadasolargroup.com/solar-inverter/?utm_source=rss&utm_medium=rss&utm_campaign=solar-inverter

☀️Micro Inverter vs. Solaredge – Solar Panels with Micro Inverters Built In – Nevada Solar Group

source https://www.youtube.com/watch?v=wRRhBsHLjPc

🔥 Is Solar Pool Heating Worth It - Solar Pool Heater Reviews

source https://www.youtube.com/watch?v=BTfNPuXL17E