The costs of lighting changes from year to year. As technology gets better and demand increases, prices drop, effcicieny increases, and everyone is in a win-win situation. With this ever changing landscape comes misinformation, which is why we have put together this post.

This post is going to lay out the true tennis court lighting costs for 2017. On top of that, we are going to go over some tips and things to be on the look out for in regards to choosing the best light fixture for your tennis court that will save you money and produce the best illumination possible.

This post will be broken into two parts; the average costs that are associated with the actual light fixtures themselves and the costs associated with them. Then, the average costs of powering your lights and how to achieve a higher return on investment by being a smart buyer.

Let’s start off with defining what exactly tennis court lighting is, and why it matters.

For starters, tennis court lighting is the application term for high mast lighting. High masts are the other technical terms, there are many that go far beyond the scope of this post. But, we think you should know the definition of lumens as we use it quite often. Technically, a lumen is the SI unit of luminous flux. Although that doesn’t say much, just know that lumens, in simple terms, is the amount of light being emitted by a given fixture. The more lumens, the more light you will have being output.

Now that we have a basic understanding of what tennis court lights actually are, we can get into the real costs of tennis court lights. Hopefully, these costs allow you to be aware of all the options and give you a better understanding on how to go about selecting the proper lighting technology for your court.

The costs associated with your tennis court / retrofit kits are typically much cheaper)

4. Quantity of fixtures needed

5. Your tennis court lux requirements or desires

As with any industry, what brand you buy from and what technology you buy is going to be the biggest cost variable. The most important thing to keep in mind is not only the initial costs of a fixture, but also the costs of running such fixtures over the span of it’s lifetime.

If, for example, you have one light that consumes 1000 watts of light and another that consumes 400 watts but the first one was only $500 and the second one was $1,000, which would you buy all else equal? Well, assuming they both output the same amount of light it actually makese sense to go with the second light, even though it costs twice as much.

Why you ask?

Because the cost to operate the 1000 watt light is more than double that of the 400 watt light, which over the lights lifespan can actually end up costing you much more to run the 1000w light.

These numbers aren’t entirely fictionary either, in fact; they are very close to real life examples we have seen when other tennis courts convert to LED technology from metal halide or HPS. What we haven’t described in the above example though is other cost saving benefits that LED has besides just being more efficient; but we will get to that later.

As for actual costs, they can vary far too greatly for us to list here. It all depends on what lighting technology you choose (think LED, metal halide, etc), which company you buy from, the quantity you need, if you are retrofitting or fully replacing your fixture, and what your lumen output requirements are.

A quick note on retrofitting or replacing in simple terms; retrofitting is typically cheaper for a couple of reasons. Retrofitting in short, is the process of replacing only the luminaire source from your fixture, instead of the entire fixture itself. LED vs metal halide cost to run in our example, the cost analysis can be run between any technologies in the same way. As you will see though after comparing metal halide’s  cost to run vs LED, that LED is far more efficient and costs significantly less to run.

Let’s get into the example:

Let us assume you have 10 lights. Currently, your high masts are metal halide and use 1,000 watts per fixture. Now, let’s assume you are looking for a more efficient technology and you come across LED high mast lights. You find a comparable light which will output the same amount of light (or lumens), but only consumes 400 watts per fixture.

In total, the metal halide lights are consuming 10,000 watts (assuming you have 10 lights) and the LEDs would be using only 4,000 watts if installed. That is 2.5 times less energy being consumed, which can visibility lead to huge savings.

This reduction from 1,000 watts to 400 watts per fixture in the metal halide to LED conversion in exactly why sports field, including tennis courts, are converting to LED.

Extra Tips for Reducing Costs

Conclusion

Hopefully the explainations of where the cost of tennis court lights are in 2017 have been thorough. While it’s impossible to give exact prices for every scenario, we hope this has been a starting point to your tennis courts lighting system.

Temperatures are still mild enough that you likely aren’t thinking about the implications of snow and ice just yet, but now is actually the perfect time to start considering it, and deciding what you’re going to do about it when it hits.

A driveway heating system will help you with the inconvenience of shoveling snow and the safety concerns involved with walking on icy surfaces, but what about your roof? Winters are particularly harder on roofs than any other season, especially if you have an asphalt or shingle roof.

The buildup of ice and snow adds weight to your roof that it is not designed to handle. Your roof is your home’s first line of defense against inclement weather, but it can only take so much pressure. The ice that forms in the winter creates ice dams—formed from melted snow refreezing and creating a blockage—as well as gutter ice.

Gutter ice can cause gutters to become too heavy and rip away from your home. Not only does this mean you’ll have to repair and/or replace your gutters, you may also have to contend with the property damage that this could very well leave behind.

Even without ice as a factor, snow itself poses a risk to your roof. This is especially true if you have a flat roof, or an older home with a weakened roof structure already. The problem is that as the snow builds up, it creates too much weight, and your roof can crack or even collapse under all the strain.

The solution to this problem is having roof heating cables installed. These cables do just what the name implies: they keep your roof warm so that snow and ice never have a chance to buildup. Rather, it melts upon impact and drains from your gutters and downspouts just as rainwater would.

We’ve added a new line of 

Using 316 marine-grade stainless steel and polycarbonate lenses, the 60-, 120-, and 180-watt LED boat lights resist damage from shock and vibration. Hardware is included for surface-mounting on a variety of transom types, and the LED lights must be completely submerged to function properly. To prevent failure due to out-of-water use, a built-in temperature protection circuit powers the lights off if they reach 194 degrees Fahrenheit. The underwater boat lights operate within a wide 9-32V DC range and are designed to last 50,000 hours.

How many light bulbs have you changed in your lifetime? It’s a simple action, and often one that we don’t put much thought into, but what if the simple act of changing a light bulb could make a profound impact on the environment, and the well-being of future generations?  As experienced www.EnergyStar.gov:

“If every American home replaced just one light bulb with a light bulb that’s earned the ENERGY STAR, we would save enough energy to light 3 million homes for a year, save about $600 million in annual energy costs, and prevent 9 billion pounds of greenhouse gas emissions per year, equivalent to those from about 800,000 cars.”

Think about the changes that you can make by simply replacing the outdated incandescent bulbs in your home as they burn out with one of the Alternative Lighting Solutions below. Here are some details on a couple of the most popular Alternative Lighting Solutions available.

Compact Fluorescent Lamp: Modern CFL bulbs for use in homes consist of a curved fluorescent tube and electronic ballast in a single unit, designed as a direct replacement for standard blubs. They use 3-4 times less power than comparable incandescent bulbs. These are great options to replace your standard light bulbs, but they do have a few small drawbacks. According to an article by PopularMechanics.com, while CFL’s do have a much longer lifespan than standard bulbs, they often lose some of their brightness long before their expected lifespan is up, and this is increased in fixtures that don’t allow for efficient cooling of the ballast located in the base of the bulb. Another documented fact about CFL bulbs is that they do contain mercury, which means that they must be disposed of properly by taking them your local approved recycling center. You wouldn’t throw a battery out with the daily trash would you? So you shouldn’t throw these out either.

Light Emitting Diodes: LED’s are a form of “solid state” lighting that have become available recently to homeowners as an incandescent and CFL replacement. Using small light emitting diodes mounted directly to circuit boards, these are highly efficient, and have fewer parts prone to failure, allowing for an expected realistic lifespan of 20,000 to 30,000 hours, when operated at recommended temperatures. While initial costs for these bulbs are higher than incandescent and CFL options, long term energy savings are where this alternative lighting option truly shines, with the average LED bulb using approximately 12-17% of the energy that it takes to run an incandescent bulb of similar output, the end result is a bulb that costs drastically less to power over time.

As a point of comparison, here is a simple chart of the energy usage of LED and CFL bulbs compared to incandescent bulbs, and the output associated with them:

Lighting technology has changed a lot in the past decade, and it is pretty amazing to see what could be on the horizon for future lighting innovations. Take this for example. While most homes will never need this amount of output, it’s pretty impressive to see that something the size of a Christmas tree light, like this plasma bulb, can put out more light, more efficiently, than the giant bulbs that we use in street lamps!

The great thing about these changes is that they aren’t something that requires a huge change in your lifestyle, so they are some of the easiest ways possible to help the environment, and lower electric bills while you are at it!

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