Commercial Solar FAQs | Answers from ...

12 Aug.,2024

 

Commercial Solar FAQs | Answers from ...

The cost of a commercial solar energy system varies based on many factors, including the installation size, the type of panels used, and the complexity of the installation site. While there is no one-size-fits-all answer, businesses can expect a personalized quote considering their specific energy needs, potential savings, and available incentives. Waiting for commercial solar to become cheaper may not be the best strategy. Although the cost of solar technology has decreased over time, delaying the decision to go solar means missing out on immediate energy savings and potential tax incentives. Additionally, energy prices continue to rise, so investing in solar now can lock in lower energy costs and provide a quicker return on investment.

BEBEST Product Page

Are you interested in learning more about OEM solar panel in small size? Contact us today to secure an expert consultation!

Solar package question



I would definitely suggest you perform a test like Mmullen suggested above. The best way to perform a "real world" test on your systems is while you are camping. I recommend going to a campground with shore power and not plugging in. This way you can test the systems and if you run out of power you can simply plug into shore power and not interrupt your neighbors by running a generator.

I would guess that with your OEM Solar and a pair of Dealer supplied Lead Acid batteries (and your 12v fridge) you would get, at best, two days of camping before you run out of battery. This quickly drops to a single day (or less) if you need to run your furnace (the furnace is an energy hog).

To give yourself a fighting chance, I would recommend at least 200ah of Lithium batteries (LiFePo4) and an upgraded Lithium capable Converter (your OEM converter may be Lithium capable already). You will also need to ensure your Solar Charge Controller is capable of charging your new Lithium batteries. I would also look into adding another Solar panel to my system. However, you might find that adding another panel to your system could cost you way, way, too much money, i.e.: Furrion Solar panels can cost ~ $600 for a small 165 Watt panel. This Furrion panel works out to over $3.50 per Watt, whereas, I purchased my 305 Watt panels for around $0.69 cents per Watt -- BIG difference.

The good news is you don't have to do all these upgrades all at once (see the posting: "Installing a Solar System in Phases" [link below]). Additionally, you don't have to spend big money on upgrading to Lithium batteries, you can buy Lithium batteries that are much more wallet friendly than the "Big Name" batteries that are most popular (see the posting: "Cheap Batteries are Coming, Cheap..." [also linked below]).

Congratulations on your new coach and please keep us posted on how your test turns out and what upgrades you decide to make based on your results.

Link to Installing a Solar System in Phases:

https://www.mygrandrv.com/forum/show...356#post

Link to Cheap Batteries are Coming, Cheap batteries...

https://www.mygrandrv.com/forum/show...322#post

Unfortunately, from what I have read, the OEM Solar package are minimalist systems at best. Relying on them requires you to be quite judicious with your energy usage.I would definitely suggest you perform a test like Mmullen suggested above. The best way to perform a "real world" test on your systems is while you are camping. I recommend going to a campground with shore power and not plugging in. This way you can test the systems and if you run out of power you can simply plug into shore power and not interrupt your neighbors by running a generator.I would guess that with your OEM Solar and a pair of Dealer supplied Lead Acid batteries (and your 12v fridge) you would get, at best, two days of camping before you run out of battery. This quickly drops to a single day (or less) if you need to run your furnace (the furnace is an energy hog).To give yourself a fighting chance, I would recommend at least 200ah of Lithium batteries (LiFePo4) and an upgraded Lithium capable Converter (your OEM converter may be Lithium capable already). You will also need to ensure your Solar Charge Controller is capable of charging your new Lithium batteries. I would also look into adding another Solar panel to my system. However, you might find that adding another panel to your system could cost you way, way, too much money, i.e.: Furrion Solar panels can cost ~ $600 for a small 165 Watt panel. This Furrion panel works out to over $3.50 per Watt, whereas, I purchased my 305 Watt panels for around $0.69 cents per Watt -- BIG difference.The good news is you don't have to do all these upgrades all at once (see the posting: "Installing a Solar System in Phases" [link below]). Additionally, you don't have to spend big money on upgrading to Lithium batteries, you can buy Lithium batteries that are much more wallet friendly than the "Big Name" batteries that are most popular (see the posting: "Cheap Batteries are Coming, Cheap..." [also linked below]).Congratulations on your new coach and please keep us posted on how your test turns out and what upgrades you decide to make based on your results.Link to Installing a Solar System in Phases:Link to Cheap Batteries are Coming, Cheap batteries...

Want more information on OEM solar rechargeable table fan? Feel free to contact us.