A Walkthrough of Massachusets Solar Incentives and Rebates Program

As a Massachusetts property owner, do your worries of massive expenditure upfront comes in the way when you think of installing solar panels? If this is the case, then you are going to love hearing that there are numeral financial incentives provided by the State to make it an affordable thing for the state population.

The step is taken by the government to encourage the people of Massachusetts to try solar energy as their primary power source. For this, states are incentivizing the citizens by offering tax credits and many other attractive programs. According to statistical data, the State already invested up to $6500 million, where it covers almost 428,380 residential homes getting their power from solar projects.

i) Residential Renewable Energy Income Tax Credit

Do you know that there is a way to benefit through tax credit state wise? Yes, this financial scheme can fill your pocket by offering 15% as a credit on the overall cost of your solar machinery installation. However, there is a capping of $1000 that you can avail from your state income tax. You can now see there is a way to save a whole lot, and with the addition of federal tax credit, it can increase your savings tremendously for your next solar system installation.

ii) Federal Tax Credit For Solar Power

This tax credit scheme is one of the most popular and most significant solar incentives available for citizens. With this program, people can claim rebate up to 26% on their solar energy installation as an income tax credit. For e.g., suppose you are installing a 25000 qualified solar project than according to this scheme you are supposed to get back $7500 on your taxes imposed by the federal government. But, you have to avail this great 26% tax credit offer by the year 2020. Otherwise, the rates will go down to 22%in 2021 and will further decline to 10% with an additional condition that says that it will be available to commercial building owners only.

iii) Exclusive SMART Program for Massachusetts citizens

Now, as a resident of Massachusetts, you can take massive advantage from the Solar Massachusetts Renewable Target Program, shortly called SMART. Now, it is a no brainer why any future and current solar energy users will skip this great opportunity where they are going to get incentives for sending solar energy to utility company’s power grid. The fixed-rate varies as the location and utility service providers changes, and you can optin on this program for 10 years.

Now, if you are overthinking and not taking action to join this fantastic incentive program than join as earliest as possible. Because the base rates are declining with each “blocks” getting filled with the State’s faster implementation towards achieving Renewable Portfolio Standard of 35% by 2030.

iv) Massachusetts Net Metering Provision Program

The citizens of Massachusetts are the luckiest if they are planning to install a solar energy system in their houses. It is because of the availability of the Net Metering option. With this option at citizens’ disposal, you, as a resident of MA, can earn credits from any extra energy produced from your solar system. Even though the earnings depends on the system’s size and location but overall the owners
have the upper hand.

When it comes to interconnection standards, the MA government has the most minimum documentation process. This makes the connection of residents solar system to the grid hassle-free. The State has made measurable improvements with their interconnection guidelines and norms to make sure the utility companies can follow them without any trouble. Due to tireless effort from the government side, the complicacies for solar users to plug into the grid and give power to utility company through net metering is drastically reduced.

v) Exemption From Property Tax

It’s a self-explanatory point, which means that besides the benefits from state and federal financial tax credits, as a solar energy user, citizens will be exempted from their property tax for a period of at least 20 years.

vi) Exemption Of Sales Tax

As a solar energy consumer, you may know the fact that the resell values of commercial homes with solar equipment installed goes up substantially. It can result in additional taxes on the property. Thankfully, the citizens of MA have the luxury to save a considerable amount through this Sales Tax exemption facility. So, there are mainly two major benefits for solar electricity users. First, the home has a higher resale value, and secondly, they can save more bucks in utility bills each month.

For more information, you can visit this link: https://www.masscec.com/solar-incentives-and-programs

Conclusion

So, you have read the whole article and realized the benefits of becoming a solar energy user. Then why waiting?

There is no way people of MA already using solar power can ignore these amazing incentives available for the year 2020.

Advantages and Disadvantage Of Using Solar Energy In Your Home

You’ll be amazed to hear, according to a research done recently it says that 1 hour of energy production by the sun can feed the global energy needs for up to 1 year. Isn’t it proves about the sun’s incredible capability of producing energy? To this day, we have not been able to harness the full energy of the sun. But, companies are trying there best by introducing various new solar panels with better ability to collect energy.

For many decades, people were reluctant to use solar power due to higher cost or inefficiency involve in the whole process. However, things are slowly turning around because of the incredible long term benefits associated with it. For instance, eco friendliness, lower electricity bill, government incentives and so much more.

There are also many DIY solar programs that teaches how you can build your own power sources. To gather more information on one such popular product, visit this URL : https://smartsolarboxreview.net

Additionally, many areas have their own solar panel grants and budget friendly pricing structure which is attracting more and more people every year to this industry. So, things are going very well for solar industry with the advent of new technologies and government support, making solar a reliable source of energy.

Even though with many benefits, there will always some drawbacks for any kind of energy you choose to discuss. So, for this article, we are taking an unbiased view on solar energy for our readers to take a decision on their own.

Benefits of using solar power for your home:

i) A great source of renewable energy

If you think deeply, you’ll find out that solar power can be said the true source of renewable energy. It is the only energy which can be found in every region around the globe. People can rely on solar as their main source of power because it can’t be depleted like any other sources of energy. Sun will be available to human for at least 5 billion years more.

ii) Lower electricity bills

There is not a single doubt in our mind about electricity consumption benefits that home owners will receive by using solar energy. Besides saving on your electricity bills, you can also trade the surplus amount of energy with the utility companies by sending it back to the grid. So, the more energy you produce the more profitable you are and less dependent on electricity supplier.

iii) Various other useful application

Not only we can produce electricity for our own homes, solar energy can also be utilised for areas which doesn’t have any connectivity to energy grids. Furthermore, it can be used to provide distilled water for people living in areas depriving from clean water. So, you can see there are countless benefits that are connected with solar power. From your home to satellites in space can be powered through solar energy.

iv) Minimum maintenance costs

Another selling point of a solar powered system is the lower cost of maintenance. You don’t required to spend any large budget besides some annual cleaning works. If you don’t want to get your hand’s dirty then there are hundreds of companies available that will get the job done for you. Believe us, it will be way below $100. So, the question arise, how such a complicated energy system can be operated in such a low maintenance costs? There can be many answers to this question but the primary reasons are – longer warranties by solar panel manufacturers, minimum moving parts in the entire system and various incentives provided by local and federal government to adopt solar energy . Usually, after installing a solar system, your spending will mostly go to cleaning, maintaining the inverter, and the cables.

v) Technology Improvement

As technology thrives more and more, the solar companies will leverage this to make their solar panels even more efficient when it come to electrical input. Specifically, technologies involved in nanotechnology and quantum physics are making tremendous progress to make this dream possible.

Drawbacks of using solar energy

i) Requirement of a capital

Even after many benefits provided by local and federal authorities, you are still needed to invest a relatively high amount when first purchasing a solar system. But, solar industry is constantly evolving, and we are quite sure that in a very near future this problem will be taken care of by manufacturers and service providers.

ii) Dependence on weather condition

This is a big concern for potential solar energy customers whether the system can be used in cloudy or rainy days. Honestly, this is the only thing that a solar powered system needs improvement. However, the companies are constantly making improvements, making new thermodynamic panels. These panels will allow customers to heat waters even in nightime or during winter sessions.

iii) Need a big space

One of the issue with the solar energy users is the requirement of big space to meet their electricity demand for the whole day. With the current size of PV panels, if your house doesn’t have sufficient space in rooftop or in the yard then you may have to satisfy with limited power consumption.

iv) Linked with pollution

Many people think that solar energy is completely pollution free but it’s not. Compared to other sources of energy the pollution generated by a solar system is minute but it’s not entirely nature friendly. Be it the usage of toxic materials associated with manufacturing, emission of green house gases in the process of installation and transportation, there are many cases where solar energy is found to be linked with causing pollution. But, overall a solar powered system can be said to be the best of all the energy sources available when it comes down to environment friendliness.

Our Final Thoughts

Hopefully, this article gives you a clear picture of the solar energy and helps you clarify all the doubts in your mind. We have tried to write a comprehensive article to address each queries of people before installing solar system in their homes. If you found this guide helpful, please share it to your friends and help our message to spread all over the country.

Solar Battery Guide

People worldwide are becoming aware of renewable energy and all the possibilities available for their houses. One of the many upcoming solar innovations is smart solar batteries, where households can greatly minimize their electricity costs. With this said, if you don’t know what’s the solar battery is and its connected components, we will be discussing in great detail to clear all your doubts.

What are Solar Batteries?

A solar battery is an optional part that can be integrated into a solar-powered system so that the unused solar energy generated during day time doesn’t get lost. It is a great additional option for homeowners who don’t utilize their solar power to the fullest.

In Depth Smart Solar Battery Options

What are solar battery storages?

In simple language, these battery storages capture all the extra energy generated from the sun to maximize the benefits of a solar panel. It prevents the excess energies from being sent back to the grid and helps the owner utilize that power for other activities when they need it.

How solar batteries work?

These batteries work in a simplified process where their primary work is to store the solar energy and release the same during evenings and evenings. To make this possible, a storage unit is placed in the battery where all the extra energy generated by the panels are stored instead of sending it back to the grid.

What makes these batteries smart?

A battery to be considered smart requires some software capabilities besides its core hardware functions. Today, many companies include software like GridShare, which can know the household’s energy generation and consumption pattern.

It can also know the upcoming weather conditions and a home’s energy tariff. Combining all those factors will create customized charging plans for the best return on homeowner power consumption. Additionally, smart solar box battery companies provide their customers with a universal dashboard and apps to gain accessibility of real-time savings and consumption.

Why should you use it?

  • It can be connected to most of the solar panels
  • You can utilize the unused stored energy for a longer period of time
  • Drastically reduces your power bills
  • The models are updated according to people’s current consumption patterns
  • Extended warranties from the manufacturers
  • Integrated software capabilities

We are just scratching the surface here, for more information, contact a reliable solar battery company to know your accurate energy profile.

How do you know which system you’ll need?

A solar panel battery system will vary from user to user because every user’s energy profile will be different due to differences in home size, family size, and consumption patterns.

Usually, the higher your electricity consumption level, the more panels, and bigger battery storage will be required to meet your needs. For most average homeowners, the requirement of solar panels just in the ballpark of 5 and 15.

It’s obvious that a larger house with a bigger family will require much more energy than a single person living in 1 bedroom bungalow. Another factor that must be considered is when the energy is used because the consumption will be completely different during the day compared with the night time.

How will you know the requirement of the solar battery system?

To know your exact battery system requirement, first, you need to have some data in place. Those are given below:

i) First, take out your average daily consumption in Kwh by analyzing the monthly or quarterly bills and divide it by cost per unit.

ii) Secondly, you need to have an idea of energy usage during the daytime vs. the nighttime.

By taking the two factors mentioned above, a solar battery company will provide you an ideal system for your day to day consumption.

Solar Energy System Breakdown

The sun is 98.484 miles from earth, yet its magnitude in power is unsurpassed when solar energy comes into play. The photons zoom towards the earth at a blazing speed despite this distance, and with the anticipated effect that the sun will continue to shine, and relentless energy supply is birthed. The process of converting solar energy into electrical power that feeds several businesses and homes occurs through solar cells positioned in open sunlight.

The process began when Gerald Pearson, who started his research into lithium-silicon photovoltaic cells in 1953. His research has transcended through upgrades and invention, with efficiency maxing out currently between 11% to 15%. So, let’s discuss how this process works and some of the benefits of using this means to power our everyday needs.

What is a photon?

By definition, a photon is a particle displaying light or other electromagnetic radiation. These photons race towards earth via the sun and knock loose electrons in the solar cells the panels contain.

Solar cells contain conductors with positive and negative ends, and when connected, an electrical circuit is formed. This electrical circuit, then, in turn, generates electrical energy. But it takes many of these solar cell circuits to power the complexes they are attached to. So to keep it simple, multiple solar cells make a panel, and various modules can be connected together to form a solar array. So, in reality, the more panels, the more cells, which equates to more energy generated by the connected circuit.

What is the substance used to formulate solar panels?

Photovoltaic or (PV) solar panels are made up of silicon solar cells. Silicon is used because of its label as a semiconductor. Semiconductors are often used in electronics due to the fact that they act as conductors under some conditions and insulators in others. Since the solar cells are made with a positive and negative pole, it acts as a battery, generating an electric field.

How is the electricity generated?

(PV) solar panels perform (DC) or direct current flow of energy. With this form, photons travel around the cells circuit in a unidirectional fashion. For a mental depiction, to power a light bulb in your home, photons enter the solar cells and travel to the negative pole, to the (DC) powered lamp, only to ebb the cycle at the positive pole.

Contrary to (DC) current flow, there is an alternative method called (AC) or alternating current electricity. Under this mechanism, electron flow can be pushed or pulled in a bidirectional means in respect to one particular continuation inflow. Best put, it acts similar to a car engine pumping its cylinders as you mash the accelerator.

(AC) currents are also generated when generators containing coils of wire are spun in the presence of a magnet. In the case of generators, the fuel to power these machines are gas, diesel, hydroelectricity, solar, coal, or wind power, rather than harnessing the sun’s natural power.

Electricity in the United States and its relationship to solar energy

Thomas Edison was the inventor of the direct current, which was used as the gold standard in the United States in the beginning stages of the concept. However, there was a problem with controverting (DC) currents to higher and lower voltages.

Nikola Tesla believed the solution to this drawback was the alternating current. Currently, AC currents change direction about 60x per second in the USA and can be converted to different voltages virtually easier through the implementation of a transformer.

Selection of the (AC) current began in the United States when the company General Electric bid to electrify a the Chicago World’s Fair using Edison’s (DC) current for $554,000, though he lost to George Westinghouse, who claimed he could power the World’s Fair for only $399,000 using the orientation created by Tesla. The point was simple, it was cheaper to power one current system contrary to the rival over a long distance.

If the United States uses (AC) currents, and (PV) solar cells create a (DC) current, you might begin to see a problem. How is (DC) converted to usable (AC) energy? The answer lies in the inverter, which is used to transform (DC) to (AC).

The function of a solar inverter

Inverters take the (DC) system and transfer it to the (AC) current orientation. Along with inverting the current, they also provide other beneficial functions, such as providing ground fault protection and system statistics. It is inclusive towards (DC) and (AC) currents and voltages, generation of energy, and maximum power point tracking.

Central inverters have had heavy precedence in the branch of solar energy, as it provides a means to utilize the power made. But with the invention of microinverters, the process has become better. They are attached to each solar panel rather than the entire system, like with a central inverter. It allows the potential for each solar cell to facilitate at maximum throughput.

With central inverters, there can be many issues that can affect the amount of energy conducted by the system, such as dirty panels or modules in a shaded area, which pulls down the entire system’s energy generation. Since each solar panel has its own inverter with micro-inverters, one panel’s performance does not affect the other, allowing the maximum potential to be generated.

How does a solar panel system work on a grand scheme?

To cap off the article in summary or how solar panels work with respect to what has already been said, here is a brief rundown.

(1) Sunlight comes in contact with solar cells, located in the solar panels.
(2) The energy flows to an inverter, which converts the (DC) to (AC) system.
(3) The (AC) system is used after conversion, and the electricity powers things like the television in your home.

But what happens in common case-specific circumstances, like when the sun goes down at the end of the day, or you aren’t home to use the electricity being generated?

Have no fret, in most (PV) powered systems, there is an excess in energy made at the peak of daylight hours. This surplus is fed back into the grid and consumers, thereby gain a form of credit, which can be drawn from on cloudy days or nights.

We are opening soon

We are very excited to bring some new innovations to our readers and customers. After a few months of inactivity, we have grown so much as a team that our offerings have actually gone up in quality compared to our past work. If you find any trouble, we will always be there to guide you through those difficult times. On our back end, we are working hard to gather all the useful information that will be required for our Massachusetts Solar users. So, be sure to check our website every few days to know all the latest updates and news. We wish you a great bright sunny day ahead with full of energy and happiness.