Smart Solar System Benefits

More Output

Smart Solar Systems nowadays can work independently and can generate power without depending on other panels. It is an extremely sophisticated feature called panel-level output. You can see a drastic rise in your system performance regardless of the weather conditions. By utilizing today’s Smart Solar System, you can expect to see the ROI in as quickly as 2-3 years, with a projected overall profit of around $40000 over the system’s lifetime. Even better than saving your money is the contribution you are making towards a greener and cleaner environment.

More Flexibility

This new age of solar technology allows installation guys to fit and design panels in many areas of the roof in various angles. It helps to utilize solar power throughout the day in the most efficient manner avoiding the significant rise of solar energy in the mid-day time. In , they discussed in great detail about this topic.

Ability To Monitor The System

It means now the solar company can track each important metric like system performance, major bugs, and status alerts from their head office. The gateway that connects the system to the internet does the whole process and gives this valuable data, making it convenient for both the parties, i.e., the owner and the service provider. Some advanced system monitoring even has the ability to track consumption and panel level output. It is one of the newest and innovative features provided by many companies.

No Single Failure Point

It is a feature that keeps the system running even if any single panel gets affected for any unfortunate event. It reduces the downtime and continues to provide you solar power.

Cloud Technical Support

Today’s Smart Solar System user has one significant advantage of remote support. The installer now can do all the critical monitoring right from there office. For any malfunction, the installer can receive instant notification to tackle the issue in a very short period of time. It can save you hours of downtime, sometimes even days, and reduces the time and hassle of calling customer support to fix it.

Seamless Expandability

It is the latest innovation that has the capability to support a non-matching panel in the existing array if the owner wants to add more in the future. This gives you the option to take advantage of any technology that did not exist while installing the earlier solar panels. In comparison to the earlier solar system, it is far more convenient than to match the panel array and size of the inverter. In normal circumstances, you almost always had to replace the inverter before installing any new panels. The other major drawback was the matching that you need to make when adding panels to panels in a string.

Super Safe System

Another key benefit is the avoidance of DC cables for high voltage, providing an extra layer of safety. Gone are those days where you need a high voltage cable run all over your home to install a string inverter system.

Owner Gets Longer Warranties

More and more installers are now providing a longer warranty of a minimum of 10 years as a standard package. Due to the efficiency and lower rate of malfunctions, many installers are even providing full replacement in case of system failure.

Battery Ready

Smart Power Systems is out of the box battery ready. It means the system is fully compatible with most of the reputable brands on the market.

Single Phase Power Can Use Larger System

You know the frustration of being limited to the 5KW solar system if you have homes with single-phase power. Not anymore, with smart power systems, it reduces the amount of more power sent to the grid, which greatly helps to mitigate the limitation.


How to build a Solar Panel

If you want to know how to build a solar panel, there are three essential steps that you will need to follow. These steps are illustrated below for your convenience. They include how to find all the parts that you will need, what you will need to do to get started and how to make sure you can finish your project in a timely manner.

Step one is to find all the parts you will need. You will need to find all the materials and tools to complete this project, including; the two solar cells, the mounting bracket, the lead wire, and the solar cell grids. The more of these items you have, the faster you will be able to build the panel.

Step two of the process is to get started with the work on time. It means that you must make sure that you have everything in hand that you will need to get started. There are many resources that you can use to find out what materials you will need to make your project a success.

The panels that are built today are not massive in size. By doing enough research, you should be able to create a panel from scratch.

If you are having trouble deciding on which size panel you will need, then you may want to consider contacting a local or national company that makes solar panels. These companies will be able to guide you through the entire process.

Step three of the process is to put everything together. The project will take some time, but the amount of time that it takes will depend on how many parts you need to complete. It will also depend on how large of a panel you are making.

Usually, one or two panels are hardly needed for a large DIY solar panel project. If you need more than two panels to complete the project, then you will want to consider working with a larger company to help you achieve the goal.

There are many great resources available to learn how to build a solar panel. These resources are usually found in several places including; the internet, books, workshops, and even special programs. As you learn to build it, you will find more people taking advantage of these resources.

One of the essential parts of the entire process is the correct connection. You will need to measure your place so that you can make sure that the mounting bracket is the right size. Once you have this part of the project figured out, you will be ready to start installing the solar cells.

If you follow these steps, you will be able to get started on your project and learn how to build a solar panel in a timely manner. You will also be able to make your panel at a price that is affordable to you.


A Brief Talk On Smart Solar Inverters

In the USA, people are continually moving to solar energy, and it is proven by the fact that photovoltaic installations gone up tremendously. It is just the beginning, compared to the millions of rooftop and ground-mount PV system that will be released in the market very soon. Due to this rising demand, there has to be some improvement in the grid infrastructure to become more resilient and smarter so that the electricity always flows smoothly and consistently. It is where smart inverters come into play.

Let’s first understand what smart inverter is

To become a smart inverter, the machine has to have three things:

i) Digital architecture – A typical smart inverters have
ii) Capacity to communicate bi-directionally
iii) Solid software infrastructure

These are the most cutting edge inverters in solar technology that has the capacity to integrate distributed energy resources most efficiently. Like a regular inverter, it converts direct current output generated by solar panels to the alternating current that has the usage mostly in offices and homes. Besides that, smart inverters can be used in various functions of grid support.

The demand for smart inverters is directly proportional to the increasing number of DER’s on the grid. According to the current data, few states are encouraging to use smart inverters through their own unique rules. By using these inverters, the electric grid’s reliability increases many folds because of the DER’s constant connection to the grid even if any minor fluctuations of voltage and frequency occur. Now, compared to traditional solar inverters, they were not able to handle such fluctuations.

The SEPA is confident about smart solar inverters to play a significant role in the expansion of solar technology in the future. It will not only help DER’s to penetrate much faster but will also increase the longevity and reliability of electric grids. But, the mission to be successful, inverters that are IEEE standard much be revised, and the focus should be given on the usage of smart solar inverters for any new distributed solar projects.