Photovoltaics employ solar panels to create energy. Solar power remains a rapidly growing field in the renewable energy sector. It has the potential to completely power our world and drastically reduce greenhouse gas emissions.

Aside from large-scale solar plants, photovoltaics can also be found in a variety of places from calculators and watches to electric planes and the space station. The lack of moving parts makes them valuable in portable devices and in areas without other sources of power. And because the only source of fuel required is sunlight, they can produce power continuously for years without maintenance. Thanks to the falling cost of installation and the potential savings on utility bills, many homeowners are now choosing to install rooftop panels on their own homes.

As the cost per watt of solar power continues to plummet, new solar technologies are emerging. Therefore, the second generation of solar panels, known as thin-film PV, consist of extremely thin panels only a few micrometers thick. These panels are much more versatile and have found their way into Tesla’s solar roof tiles, among other things. They are less efficient than first-generation panels, but much cheaper, simply due to the fact that they require less material to manufacture.

Most noteworthy, third-generation high-intensity solar cells are also in development and promise to be even thinner and extremely efficient. Perovskite PV cells and Organic and Polymer Photovoltaic (OPV) cells are some of the newest third generation solar technologies and use materials other than crystalline silicon.

Photovoltaics remains a quickly growing field that has the potential to reduce greenhouse gas emissions. This technology provides energy independence, while powering the world reliably and efficiently.

In the last few years, hybrid and electric vehicle technologies have grown by leaps and bounds. Rather than being a clunky, partially formed technology, it is now possible for many people to own an electric vehicle that is both energy efficient and good looking. One thing that is often overlooked when purchasing an electric vehicle, however, is whether or not your home needs special wiring for your new, highly efficient vehicle. In many cases, you will need to have an electrician Los Angeles come out to perform some relatively simple wiring upgrades to ensure that your vehicle charges safely and quickly.

Home Charging Stations

Depending on your commute, there may be a variety of charging stations between your home and your destination. That being said, every EV owner should have a home charging station so that they can plug their vehicles in at night and when they are not in use. These charging stations are available in two sizes, Level I and Level II. In most cases, both require a certain level of new wiring.

A level I charger is a standard 110 volt outlet that is placed on a dedicated circuit. If you already have an outlet on a dedicated circuit in your garage or carport, that’s great. If not, then you will need to have one installed. While a level I charger will get the job done, it can take much longer than a Level II charger. A level II charger is a specially installed 220-240 volt outlet that is placed on a dedicated circuit. This type of charger helps you make the best use of your cost and time. As opposed to the 8-12 hours required for a level I charger, a level II charger can fully charge your battery in 4-6 hours. This can be make a huge difference when it comes to how you use your electrical vehicle.

Whatever size the EV charger in your home, make sure that you have it installed by a professional electrician in Los Angeles.

If you’re like me, you have a favorable reaction to yachts, perhaps without ever having stepped foot on one. I have absolutely no idea how I will one day acquire a yacht. All I know is that yachts and I are destined to be together some way, somehow. This amorous examination of yacht lighting exists, yes, because there are interesting things to note about yacht lighting design, but, if I’m totally honest, we’re in the dog days of summer; I’m landlocked; and I want to stare at yachts. Do you want to stare at yachts, too? Let’s stare at yachts in all their luminous glory.

1. In A Word, Yes. 

I am sucker for underwater lights. In pools, in little water features and ponds, they just make me smile. But beaming into a foreign sea from the hull of a yacht? I am slain (in a good way). Of course, that’s not the only amazing thing about the yacht lighting situation above. While the lights are illuminating the sea on either side of our vessel, whaddaya say we project the sea life around us onto this huge sail? OK, great!

I mean, seriously?! Are you seriously watching the sea life around your yacht as it’s projected onto a giant screen in the middle of the beautiful sea with starlight and moonlight above you and light beams shooting out of either side of your vessel? Yes? Well OK, then. I guess I would, too, if I were you.

2. Outdoor Recessed Lights

What an amazing night time mood these recessed lights lend this yacht. I love the way the fixtures form scallops of light along the side of the cabin, especially because the reflective surface of the yacht amplifies the light levels. Very nice via Charter World

And it also says, Come hither thou and hangeth out on me. Basically, these lighting designers have gotten it right. What looks better against the soft night sky than lights with a via Charter World

Those recessed light fixtures with single and multiple lamps are a great choice for this yacht living room/control center/spaceship dashboard. The top level is evenly lit, and the lower level, with its crisp light, invites the eye and the whole body, actually. Take me to Greenland, Captain! If you need me, I will be luxuriating.

7. Cove Lighting!

As there are performance standard. All lights that are DLC Qualified have been tested and meet or exceed these requirements. Most recently, DLC has created a higher performance standard, DLC Premium. With DLC Premium, the LED lights are among the most efficient available. For example, our LED Retrofit Kits are DLC Premium Listed, while many of our competitors’ products are only DLC Standard Qualified.

To you, the consumer, this means a DLC Premium retrofit solution will be 20-30% brighter and / or use 20-30% + less energy. Comparing our units at 165 lumens/watt versus a competitive product at 97 lumens per watt, their product requires 135 watts to produce the same amount of light our product needs barely over 75 watts to create. To you, this saves you thousands of dollars month after month. So while both carry the DLC qualification symbol, ours will save you much more every minute the light is turned on.

One of the benefits of retrofitting is you get to recapture the investment in your existing fixtures. Think of a car dealership. Many are beautiful architecturally designed fixtures and the dealership had spent a lot of money to have them installed. The owners would like to convert to LED, but installing a new fixture is not an ideal solution. First, the finished result would not look as aesthetically pleasing as the current appearance. Second, the investment in the existing fixtures would be ‘throw away’. With a LED retrofitting kit, think of the driver as the ballast replacement and the head as a replacement for the metal halide bulb.

Secondly, most of the times a retrofit kit solution is less expensive than a new fixture solution. So not only are you able to recapture your fixture investment, but converting to LED should be cheaper than replacing the fixture with a new LED fixture.

Being DLC Premium Qualified, each kit must be backed with a 5 year warranty. Since our heads are so designed so thermally efficient, the heads have been upgraded to a 10 year warranty. The drivers come with a standard 5 year warranty, but an optional 10 year warranty on the entire unit is available. This means that you should not have to worry about replacing metal halide bulbs and ballasts for 10+ years. For some of our customers, not replacing bulbs and ballasts is almost as if not more important than energy savings provided by converting over to LED.

Our most powerful kit produces close to 51000 lumens while only consuming 350 watts. We believe we have some of the most, if not the most, efficient retrofit kits on the market today. While others are capable of creating 51000 lumens, they need significantly more watts to be able to do so. This is important, because one of the reasons you are probably considering on converting to LED is to save money. But it would be wrong for you to think that all LED solutions are the same in terms of efficiency. Some of our competitor’s kits are rated at 97 and 110 lumens per watt. Our fifth generation of LED retrofit kits are rated up to 165 lumens per watt. This means our competitors are 50% less efficient than our latest models. Over the life of the LEDs, this means you electrical bills are going to be significantly higher than it needs to be. Yes, it will be lower than the current metal halide or high pressure sodium bulbs you may currently be using, but they will cost you significantly more to operate over our latest ultra-efficient retrofit solutions.

The most important thing to do is to match the correct retrofit kit with your existing lighting. We created 11 retrofit kits as part of our family of LED solutions, from 30 watts all the way to 350 watts. Each unit is designed to fit into your existing fixture without the need for taking down the fixture and sending it to use so we can create a custom plate. Some suppliers provide that as their solution. With our 11 retrofit kits, there is no need to take down a fixture and send it to our offices so that we can design you a retrofit plate. Retrofitting Content by MyLEDLightingGuide