How to Calculate the Power Output of a Commercial Solar PV System? How Much Can It Save Your Business?

Hi kids. Ever heard of Solar power? It's really cool. Isn't solar power the energy provided by sunlight? The sun sure is one huge ball of fire that gives off loads of energy and we are able to catch a little bit with some very specific type gadgets, which will allow us to have this so called electricity in our homes or schools. You read all about how solar power can save households money, and on an industrial scale too. However what you might not have realized is that it represents a huge cash saving opportunity for business just as much as anyone else? So now lets see how much energy solar power system for their business is able to produce and the money it could save over a period of time. 

Commercial Solar PV System?  

Now before diving into the special sauce on how to calculate energy, let us first understand what commercial solar PV system actually is? The commercial solar PV system- this is a rare structure where the sun will provide electric power can be used at an setting such as business enterprise or group. It's a giant machine of Solar Panel that sucks in sunlight and switches on. For instance, we need the universe to have released plenty of sunshine from which business will use solar power all ways some of their offer energy come on fossil fuels, that are soiled and now not renewable. 

Solar PV System Power Output

However, before we get to the torque effect, lets talk about another figure; power output. Power Output: This is the maximum sytem power that a solar can generate. Watts is the unit we use to measure this energy. This is of particular concern to the businesses, since output done by this would imply following how much energy they now need and have saved doing so after changing from standard electricity generators or appliances over their new Solar Solution driven electrical gadgets. 

When Determining Solar PV System Power Strengths?  

POSITIONING — SITE AND SHADE. The level of solar power generation may reduce as a result of light and shadow. These include the size and location of your system, as well as weather conditions in which you live — also not forgetting the type of solar panels they have. Each of these factors will be discussed next. 

Size of system – how big is the installed solar panel. The more panels installed, the greater amount of power that is able to be kept induced. This is just like the garden area where you can plant hundreds and thousands of flowers. The more flowers the merrier. 

Position of installation: This is really important because it decides if the system panels would get proper amount sunlight or not. For instance, it is best for where panels can work are in a sunny spot not on cloudy days nor under the shade. 

Work: Everything is fine with it and the weather be working for us Want a sunnier day so that more Solar Application systems can generate energy A caveat here is that less sun (rain, cloudy weather etc) means the system will be limited in total potential output. 

Type of Solar Panel – There are different types and ratings for solar panels: develops to create maximum amounts covers the sun rays and convert into electricity, etc. What this means is that some panels are capable of producing more energy than others, despite the sunlight volume being roughly about the same. 

Here are the 4 easy ways to understand about known electricity production by your Solar Panel system:

The power (or a amount of power output) for solar PV system is determined by size in kiloWatts(kW), panel performance ( efficiency) and Availability to sunlight.  

The Power Output: So how much power output is this for us, there is a simple formula which we are here to solve. 

Subsequently, the equation can be written down as follows: Power Output = Size of System (kW) Efficiency per Panel  Sunlight towards Panels 

System Size: Indicates the size of your system (measured in kilowatts – kW) which gives us an insight into how big or small is your Solar Power System. This information is located on the solar system nameplate. 

Panel Efficiency- This is a no-brainer, it tells you how well the solar panels convert sunlight into electricity. Therefore higher the figure means your panels are performing better. 

Sunlight: the number of sun hours per day at your location and how far it ranges in the orbit around. Solar panels rely on daylight.  

Example - Calculate Power Output

Here is an example to explain this more better... Say for instance we have a 10KW solar system and that on the output these panels are performing at around about-18% efficiency. Our formula ( 6 * kWAc return = energy generated) lets us test the amount of power in case it went up at one location where makes 6 hours days sun). 

Power Generated = 10 kW x Efficiency per Panel (0.18) * Sunshine Time (6 hours PDay) 

So we can calculate: 

Power Output = 10 x 0.18 x 6

Power Output = 10.8 kWh

Which means the solar system produces 10.8 KWH of it every single day. That’s a lot of energy. In a business, this power can be used to run lights, computers and many more applications. 

Debate Power Generation and Savings

Now that we have an idea of how much a company can save with solar power generation, lets talk about the potential savings. Shifting immediate consumption to daylight, powered by the daily cycle of a solar plant, so long as costs in spot markets remain high. 

The exact amount you save has to do with the scale of your solar system, how that energy is generated and local electricity rates. Likes of, if business wired $0.10/kWh for month usage 2019-06-'01; (e. g., type generator operated same-day) For daily prod design, 10.8 kWh We got savings dictates electrical. As a matter of fact system resistance would dictate excess-SG2-{coal-fire}. That will not seem like much in the beginning, but as weeks and months pass by those savings start to add up. 

So, the bottom line is to make a business case of power output for a commercial solar PV system then companies can know how much money they could save and be more confident in their switch to go solar. There at XCSOLAR, where we sit down with businesses and educate them what sort of energy they should need for a tailored system to their business Going solar is not only a smart financial choice, but also an environmentally friendly one; it saves the environment and saves our earth for future generations. We have to band together all of us trying.