renewable-solar-resources

Before and After Electrical Bill

joey.martin@peakitgrp.com (Randy Golla) — Sat, 04 Sep 2021 16:38:03 GMT

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So here is the first electrical bill from a customer that we did a grid tied solar installation on. It's a smaller system

5.89kW on a basic rambler home in Minnetonka MN. They have 19, 310 watt solar panels with APSystems QS1 micro inverters. This client did receive the federal tax credit on this installation and also has the Excel Solar Rewards Production Based Incentive applied. With the Solar Rewards incentive from Xcel they are receiving a .07 cent per kWh credit on their Xcel Energy bill for every kWh their system is producing.

Take a look at the monthly usage in KWH on their electrical bill. They had Xcel install their meters allowing us to go live on the 6th of August so they had a week of Xcel grid use in August then the rest of the month they have been running with their solar array in full operation. As you can see there was a major drop in the amount of electricity used from Xcel. We are fully expecting to see this customer see the annual energy production of their PV array to be at least equal to their usage for the year probably a little bit more. What does that mean to the bottom dollar?

July bill was $132

August was $23

The proof is in the production!

What Does It Cost?

Sun, 11 Apr 2021 17:44:45 GMT

How much? That is what it comes down to with most things right? What is the overall cost and what do I save when I install a solar energy system. Well that is something we can tell you!

A solar array on your home is going to cost a little bit of money, we are after all essentially purchasing all your homes power for the next 25 years up front. So we should expect it to cost a little bit. However, it will 100% without a doubt save you loads in the long run. Lets do the math on an average mid-western home. Say 2600 Sq feet. 3 bedroom 2 bath 2 stall garage with a gas furnace and water heater. Electrical consumption is about 850 Kilowatt hours per month. A good average candidate for a solar array installed on their roof.

We will install thirty 325 watt solar panels that will produce all the energy the house consumes plus a little more. In fact about 114% of that initial 850 KWh is generated by this solar array. Initial cost for the array with full turn key installation is about $22,500 dollars.

I know, that is a lot up front but what is the actual cost over the life of the system? Well, before we can continue we need to add in a tax credit of 30% off the cost of the system. Reducing the solar investment by $6600 to just under $16000.

Now we can break down what this solar array will save this household in energy costs over the life of the solar array!

Over the next 25 years If they were to continue buying all your electricity from Xcel Energy - Minnesota, this household will SPEND $52,937! But if they go solar they will spend only $13,056 in electricity costs over the same period. How is that less than the $22,500 for the solar installation you are wondering? Well remember when I said we where producing 114% of what the household used. Well, Xcel has to pay you for the excess energy you create and give back to the grid. So it reduces the cost of the solar install even further!

Essentially this household would expect to pay about 25 cents per kWh used from Xcel Energy. With the solar array on their house the cost goes down to about 6 cents per kWh. Just imagine what you could do with your savings!

Here are some fun graphs showing the cost comparison of electrical bills for the next 25 years with and without this array and where the production comes from throughout the average year.

With this system and this households energy usage they can expect the break even at around year 8 mark and with a low interest rate loan for the cost of the system the bills will disappear in a lot less time than that.

So what is the real cost of solar? Not nearly as much as paying the utility!

Solar Amid Covid-19

Sun, 11 Apr 2021 17:41:22 GMT

A note to Renewable Solar customers.

These are unprecedented times, but your safety and the safety of our Renewable Solar team is our foremost concern. With that said, we feel that the safety of your home and business is more important than ever, and our team is ready to fill your solar needs as always.

We understand that your home is your greatest asset and we want to protect that asset by delivering quality workmanship in a way compliant to the COVID-19 guidelines as recommended by the Center for Disease Control (CDC), the Federal Government and the States of Minnesota and Wisconsin. Renewable Solar is also adding extra measures for the protection of our customers and our team.

We are offering estimates using virtual delivery to comply with social distancing. – a minimum 6 foot distance will be maintained from all customers and residents.

We are instituting additional cleaning and sanitizing procedures for all common areas in our workplace, company vehicles, tools and equipment.

Employees who feel unwell are instructed to stay home and seek medical advice. Our Renewable Solar team is healthy, but we are using extreme caution.

We have implemented training on communication methods at every location to keep every employee informed and current on the latest guidance, as we navigate this crisis and the global effort to curb the virus’ spread.

We will continue to monitor CDC and government updates on workplace health guidelines and closings.

Thank you for your patience during this time, as we all navigate this situation together.

Sun on South East West Slopes

Sun, 11 Apr 2021 17:38:36 GMT

We hear this all the time. A potential customer walks up to our booth at a show or visits our crew at an install and says those dreaded words, "I don't have a south facing roof so I can't do solar."

STOP RIGHT THERE.

Yes you can!

Here is an example of a solar installation with very little south facing roof coverage. The cool part of this solar install is that it makes much more than the household uses each day. We filled up what we could on the south slope then made up the difference on the other East and West slopes.

Would this customer need this many panels if they could do all south facing panels? Of course not however we still achieved our goal with a projected 110% coverage of the customers electrical bill by adding East and West facing panels.

What is the difference in power production of panels on an east and west slope vs a southern sloped roof you wonder? It's not as drastic a difference as you may think.

Here is the output on the first row of south facing panels on this install at 1:16 CST in a full sunlight day with not a cloud in the sky.

And here is the east facing panels output at that same time.

So don't let a non south facing roof deter you from at least looking into your options to go green with solar. Even an East or West facing roof can still produce decent power output. It's never going to be the same amount of power as a south roof slope but the power produced is still green and not as low output as you may think.