<img src="https://d5nxst8fruw4z.cloudfront.net/atrk.gif?account=YfGCg1asOv002Q" style="display:none" height="1" width="1" alt="Alexa"> Related Posts Plugin for WordPress, Blogger...

SEPCO's blog on all things renewable and green

3 Strategies to Help You Design the Perfect Solar Lighting System

Posted by SEPCO

5/18/15 10:00 AM

Solar Lighting System Design

Not all solar lighting systems are created equal. Each has their own unique qualities and benefits. Understanding system differences along with your own requirements will allow you to build the perfect solar lighting system solution for your project while working with your designer. The three strategies of designing the perfect solar lighting system below will help you best determine what you need and how to achieve the best outcome.

1. Know how much light is required

Does your lighting project require IES Standard light levels? Or is there more requirements in your area? Talking to local code enforcement will help you determine if there are any guidelines you must follow or if there is no set numbers to the type of lighting required. IES Standards are a good guideline for most projects; however, different municipalities have different variations to the standards that they can enforce.

If you are in an area where IES Standards are okay, letting your lighting designer know this information will help them work to determine what type of light, distribution and brightness will be required for your project. Providing the designer with additional information, such as the length of the roadway, size of the parking lot, dimensions of the area, etc, will allow for the designer to provide additional information such as a light layout to show uniformity and light levels across an entire project.

2. Understand system constraints

Depending on the installation area and system requirements, some projects are just more feasible than others. A 70 Watt LED fixture operating all night will require one size of solar power assembly to operate the fixture from dusk to dawn in one location, but a completely different size in another. This is due to the solar radiance that is available in any specific location. Instead of just looking at a certain wattage, looking at light level requirements should be the first step to determine what is required for the project. Decreasing the wattage and adding a pole or two in many cases can actually create a more feasible project in the end and still provide the correct light levels.

Storage requirements also vary from one location to the next. From the Tennessee / Kentucky border south, five nights autonomy is adequate for backup power; however, the further north you go, the more storage the system will require. Also, look at local weather patterns. How many days of cloudy / overcast weather does the area typically receive? Understanding this along with how cold an area gets will help determine how much is adequate for backup storage to ensure system operation and longevity.

3. Determine operation schedules

Solar lighting systems can be provided with multiple operation schedules to meet the needs of the project. Determining the operation schedule when initially designing the project will help ensure that the system will operate as needed and is sized accordingly. Dusk to dawn operation is the most popular configuration; however, split time and dimming helps reduce the requirements of the solar allowing for smaller power assemblies. Do not just assume that the fixtures will operate dusk to dawn, full intensity, unless this has been determined at initial system design. Many companies use control electronics that override the system to provide adaptive lighting controls that are outside the original design requirements. Instead, work with the design team to understand the exact controls being used for the system being installed. If dimming, split time, motion, or any other operation profiles are allowed, make sure to specify this initially.

Understanding these three important design requirements before getting a final system design will ensure that your system will operate the way it is required with the correct lighting levels, uniformity, operation and sizing for the specific project. One size does not fit all in any solar application, lighting or power, and should be specific to each individual project. This ensures you will never be left in the dark.

Blog Checklist CTA

Read More

Topics: Solar Lighting Design

Comparing Apples to Apples: Solar Powered Lighting Systems

Posted by SEPCO

5/11/15 10:00 AM

Solar Powered Lighting Systems

There are many variations when it comes to solar powered lighting systems and it is difficult to compare them to one another. Each manufacturer has its design parameters and understanding these differences will allow you to make an educated determination if the system will meet your design needs.

Solar Power Assembly

Every solar power assembly is sized specific to the light fixture that it is powering. The size of the solar power assembly is either determined with design requirements by the end user, or by a technician that uses a basic formula for all systems. This sets apart one manufacturer from the next. Systems that provide integrated solar power assemblies into an “all in one” solution have set the solar to provide x amount of charge no matter where the solar powered light is located geographically. Other manufacturers take into consideration the local conditions of the project and use those figures to determine how much solar is required to adequately power the light fixture.

Battery Storage Assembly

Solar panels charge the batteries during the day and the batteries power the light fixture at night. Pretty simple, but if the batteries are sized for only the amount of storage to operate the fixture for one night, the maintenance schedule will be much different from systems that provide a minimum autonomy. This also varies greatly between manufacturers. Depending on what the end user is expecting for maintenance and longevity of a system will help determine what suits the end user best.

Control Electronics

Different control options are always available. There are a lot of adaptive lighting controls on the market today being used by all different manufacturers. Some allow the system to do as it will when it comes to lighting as the controller, being the brains of the system, dims and turns off the lights as it sees it should due to battery discharge rates. There are manufactures that can provide strict dusk to dawn lighting with no dimming or adaptive controls. This is always completed by the system design engineers and should always be visible in the system specifications. You definitely don’t want to be left out in the dark when you least expect it.

Light Fixtures

Solar light fixtures have come a long way in the past 10 years with the integration of LED fixtures. LEDs have even advanced drastically over the last few years with many changes in lumen output and longevity. Looking at the lumen output, wattage, and longevity of the fixture will allow for the best determination of the amount of light output the fixture has as well as how long the light fixture will last. 100k hours is about standard today, but that is also increasing steadily as well as a higher lumen output per LED, allowing for the same amount of light out of a much lower wattage fixture than ever before.

Look over the specifications of different systems will show the differences and similarities allowing you to compare apples to apples.

Blog Solar Lighting CTA

Read More

Topics: Solar Lighting, Solar Lighting Design

Solar Power Sign Light Design: Step by Step

Posted by SEPCO

4/27/15 10:00 AM

Moraine-College-Solar Power Sign Light One of our most popular articles is Street Light Design and I thought it was about time to offer a step by step to sign lighting design. This will give you the information on designing a perfect sign lighting solution from the beginning to end.

Step 1 – Determine the size of the sign

First thing is how big is the sign? Is it single or double sided? Does the entire sign need to be illuminated or just a single portion? What about internally illuminated signs? Knowing exactly how much area is going to require coverage will help narrow down the design parameters quickly. Internal signs require additional engineering, but knowing the height, width and depth of the sign cabinet is part of the first step to determine how much light is going to be required.

Step 2 – Find out if electric is available

A lot of signs are installed in medians or out where standard grid power doesn’t readily exist. If you were to bring electric to the site of the sign, how much is this going to cost? Is this going to destroy surrounding area such as roads, landscapes, etc? Don’t forget to leave the repair work out of your cost figures.

Step 3 – Determine the lighting requirements

How much light will be required to adequately illuminate the sign? Any lighting company can help you determine what are the best light levels for a sign and offer suggestions. Also, does the sign need to be illuminated from dusk to dawn? For businesses, this could be a yes for nighttime marketing efforts. For an HOA, this may be no and will allow for the lights to turn off after midnight and then on an hour or so before dawn. Lowering power consumption helps on many levels.

Knoxville-Internal-Solar-Sign-LightStep 4 – Final all alternatives

Solar power sign light systems come in a variety of shapes, sizes, costs, etc. There are solutions out there online that are only a few hundred dollars and others that range in the thousands. Depending on the long term requirements and how you want the system to operate can determine what system you will need.

Step 5 – Get lots of quotes

The last step is to send your information to companies for quotes. Just like with anything else, get multiple quotes and weigh the pros and cons of every company and situation. The lowest quote is not always the best, so make sure to do your research on companies and products before you submit a purchase order. Compare information from companies like light output, system components, warranty, life expectancy, etc. to help you determine what you are actually paying for and what you are spending.

If you take your time, do your research, and gather needed requirements, your next sign lighting project will be a success. Never be afraid to ask a lot questions, they may save you time and money in the long run.

Blog Sign Lighting CTA

Read More

Topics: Solar Lighting, Solar Lighting Design, Sign Lighting

What Light Pollution Means to the Future of Lighting

Posted by SEPCO

4/6/15 10:00 AM

Florida Coast by The City Dark DocumentaryWe are from a small town, so the difference between us and a place like New York City as far as light pollution is way different; however, we all experience some form of light pollution. Light pollution isn’t something you think of, but does it really affect us?

Light pollution is the way light shines upwards illuminating dust and debris in the air and creates a cloud effect that blocks out the night sky. Since the beginning of time, we have depended on the night sky for information in regards to location, seasons, direction, etc., but with modern technology, we don’t rely on this for our information, but does it still affect us? And if so, what can we do to change the light pollution factor of areas?

Granted, all light cannot be lost at night and we will never have the dark sky at all times at night that happened hundreds of years ago, but light pollution can be reduced. Providing light in the areas they are required at the times they are required, and using dark sky compliant fixtures, will lower the amount of light pollution and increase our visibility to the night sky. The US spends 1.5 billion dollars every year on wasted energy due to light pollution. Towns all over the US are setting light ordinances moving towards using full cutoff fixtures only to preserve the night sky as well as reducing costs.

I recently wanted a documentary on this very subject called The City Dark and learned a lot about how we see the night sky in different locations. The films looked at the light in New York City and out in Arizona and the differences were amazing.

The light pollution doesn’t just affect animals, but humans as well. The US National Library of Medicine did a study on the health effects of light pollution.  Decreased melatonin produced in the body effects our hormonal system and sleep cycles. Melatonin deficiencies cause an increased risk of cancers, especially breast cancer, and it is unknown what other risk factors this produces. Many sleep disorders are also caused by light pollution. The study says we are only at the tip of the ice burg in research at this point.

Turtle Friendly Solar Light in Bradenton Beach FloridaSo what does this mean for the light industry? California has taken the light pollution into consideration, as well as the wasted energy, and implemented Title 24 Energy Efficient Standards. These standards are for residential and non-residential areas to decrease their use when the light is not required, like after a facility is closed, and using full cutoff fixtures with motion sensor or adaptive lighting controls. This is set to lower the consumption of electricity in the state.

Other states, like Hawaii, require LPS lamps for their telescope areas with a full cutoff fixture so there is little to no light pollution and any light will not affect their telescopes when looking at the night sky. Areas like Florida are required to use amber color light with full cutoff along coastal areas due to sea turtles. All these different steps are being taken to help reduce light pollution and the affects they have on nature.

What can you do? Take steps to not waste light where it is not needed, provide high efficiency lights, look at local ordinances when installing new lighting and turn it off when you don’t need it. Small steps can be taken in both a residential and business to ensure that we all do our part in reducing the impact we have on the environment and us as a species.

Read More

Topics: Solar Lighting Design, Turtle Friendly Lighting, Dark Sky Friendly Lighting

How Does A Solar Light Work

Posted by SEPCO

3/30/15 10:00 AM

How Does A Solar Light WorkWhether you are talking about the small garden stake lights you find at any big box store or a commercially produced solar lighting system, they provide the same functionality. The difference between them is in the design. Here is a basic overview of how does a solar light work.

There are four major components to any light; the solar panel, battery, control electronics and the light fixture. During the day, the solar panel produces power to charge the battery by the photons produced by the sun’s rays collecting and stimulating electrons in the silicon cells. These electrons are knocked off and collected by the wiring of the solar panel and fed to the battery for storage. This happens from the time the sun starts to rise till the sun is set. Full power production doesn’t actually occur till mid-day; however, the panels can produce power in almost any circumstance there is sunlight.

The battery then stores the power produces during the day. The control electronics determine when it is dark out by noticing the reduced power production of the solar panels. This triggers the system to stop feeding the battery and turn on the light fixture. The light fixture will then feed off the battery for its energy to produce the light. The fixture then operates the schedule profile it is set to operate, whether that is dusk to dawn, or in some lights, when the battery is empty. The light will then turn off when the battery becomes too low or the control electronics notice there is power being produced by the solar panel again.

This cycle continues day after day.

The only differences between solar light systems are the operation profile and system components that are used to build the light. Small lights you find at a home improvement store for your garden provide typically one night’s worth of power. They charge small batteries during the day and operate the light fixture only as long as the batteries have charge. This full depth of discharge only provides a short period of time before the batteries would need changing.

Some larger solar lighting systems manufacturers think the above design is okay for commercial practices; however, there is a large system failure since there are differences between locations and applications that need to be considered when designing the system. Large commercially produced lights must take into consideration the project location, the application that it will be used, and other project specifics. A minimum of five nights autonomy, or backup power, should be implemented to lower the maintenance of the system and provide enough backup for little to no failures when there are periods of inclement weather.

Light fixtures specific to the application should also be used. If you have a large area that requires lighting, a small spot light will not produce the required lighting levels. Instead, using light fixtures that produce specific optics and distribution patterns will ensure the light fixtures meet the needs of the project. The lumen output of the fixture, not the wattage, also needs to be taken into consideration. A lighting analysis and calculations can show all this and can be provided by any reputable solar light systems manufacturer.

So that’s basically it. Sun charges the batteries with the help of solar panels during the day and then the light fixture feeds off the battery at night. Want to learn about other ways to use solar for lighting? Check out 3 Types of Solar Street Light Retrofit Systems and learn about the three different ways solar can be used in lighting applications.

Blog Checklist CTA

Read More

Topics: Solar Lighting, Solar Lighting Design

Benefits of Off Grid Solar Power Light Systems

Posted by SEPCO

3/16/15 10:00 AM

Off Grid Solar Power Light SystemThere are two types of commercial lighting systems, grid powered and off grid powered. Solar powered light systems that are off grid provide different benefits to grid tied light systems such as: light when there is no power for additional safety and security, lack of electric bills, easier installation, and light wherever you need it. Customizing a system for each application will ensure that your light system meets the needs of your project completely.

Light with No Power –

If you live in an area that is prone to blackouts and brownouts, then off grid solar power light systems provide you the safety and security knowing that your lights will still function. Since they are not powered by the grid, if the electrical company has an issue, your lights will still operate just as they are supposed to.

If you area is not effected with these issues, the benefits are similar since you can rely on knowing that no matter what is going on with grid power in the area, your lights will still function. This provides additional safety and security and is popular for military and government facilities since the inception of the Federal Energy Policy Act of 2005 that states federally owned property and buildings are mandated to materially reduce current energy use while also improving energy “security,” by employing renewable power that operates independent of electrical utility grid.

Lack of Electric Bills –

Off grid power systems do not use electric from the grid and therefore cost you nothing in monthly electric bills. Since the inception and popularity of LED fixtures, the maintenance on such systems has also reduced greatly. The only thing that requires maintenance now on a standard solar lighting system is changing the battery every so often. Depending on your nights of autonomy, this can vary greatly between manufacturers. Ask your manufacturer how much their system’s autonomy, or backup power, is standard and what their maintenance schedule is. The more autonomy, the longer the batteries will last and the lower the maintenance costs will be.

Converting your existing electric grid powered lights to solar is not always the most cost feasible if everything is operating correctly. Instead, making simple changes such as switching out the fixtures to LED fixtures, installing control options that reduce the lighting, or even turn in off, when it is not required will help reduce power bills greatly. If you are looking for a way to eliminate the electric bill of your current lights, installing grid tied solar, after making the other changes, based on your average sun insolation and usage will allow for a NET Zero project.

Easier Installation –

Off grid solar power light systems provide a much easier installation. The light can be located where it is required. Unlike the constraints of traditional grid powered lighting where you have to use existing poles and infrastructure, or complete costly trenching to put the power where you need it, solar powered light systems can be installed just about anywhere. This lowers costs by allowing existing structures and areas to be undisturbed for installation. This is especially helpful in cases where grid power is far from the location of where the light is required and times where you discover, after doing upgrades to an area, that the power lines are deteriorated and would need replacing.

Light Where You Need It –

Like discussed in installation, the light can be placed exactly where it is required. Have a dark area in a parking lot? Or a pathway around a park where there is no electricity? Solar powered light systems can be installed in just about any location. If your lights are needed in a shady area, the solar power systems can be installed up to 50’ to 100’ from the actual light so that the solar can be exposed to full sun while your light can be installed where it is needed.

Now that you know some of the benefits of off grid solar power light systems, you will be able to make a better decision when determining your needs. Want to move forward with your off grid solar light project? Learn about common design questions that need to be answered before a system is configured. This will ensure that the manufacturer is designing a system that will meet the needs of your project.

Blog Checklist CTA

Read More

Topics: Solar Lighting, LED Lighting, Solar Lighting Design, Installation

What Is EPA and Why Does It Matter?

Posted by SEPCO

3/9/15 10:00 AM

WindandEPA
EPA stands for Effective Projected Area and is used in many applications, including solar lighting system design, construction and installation. The EPA is calculated to help determine the strength of the pole needed to provide support to the solar lighting system during wind events. This calculation takes into consideration the entire area that the solar power system and light fixture will take up at the top of a pole and helps manufacturers determine the size of pole, the type of anchors used, the embedment and foundations used at installation, and the types of brackets required to keep everything mounted during a high wind event.

EPA and AASHTO Standards are used when calculating the requirements for the pole used in any solar lighting application. These two factors are used to determine the size of pole required to ensure that the light will still be standing after a wind event up to a certain mile per hour.

The EPA of any system varies depending on angles, shapes, and size of the systems. Even the shape of the pole can change the EPA of a complete system as square poles have a larger EPA than a round pole. When designing a solar power system, the angle of the system affects both the EPA and the solar power production of the system. All these factors must be taken into consideration when designing a project as well as ensuring the installation will withstand for years to come.

So why does this all matter? When designing a system, the EPA of the complete system needs to be taken into consideration to ensure that the solar power assembly will not blow apart during a storm, the pole won’t be knocked over due to the large area at the top of the pole, etc. To find local AASHTO wind load ratings, you can look online or talk to your pole manufacturer, solar lighting specialist or local engineering firm.

Different locations, such as mountainous areas, coastal areas and areas around the Great Lakes have different wind speed requirements than other inland areas. Consulting a local authority is the best way to ensure you are purchasing equipment that can stand up to these windy areas. The best way to determine the requirements of the project is to:

  1. Determine the site location

  2. Determine to total weight and EPA of the equipment

  3. Determine the wind load requirement

  4. Talk to your manufacturer to ensure the pole can hold up

If you are still unsure, additional engineering calculations can be performed. These typically are a small fee ranging from $500 - $1000 for signed and sealed calculations. These calculations are performed by a third party engineering firm.

In the end, talking to your manufacturer or local engineering firm will help you determine what size and type of pole will ensure your equipment will withstand local wind events. Learning about different options when it comes to poles will also educate you on the final decision when it comes to system design. Check out: My Pole or Yours? Why Solar Light Poles Differ

Read More

Topics: Solar Lighting Design, Poles

A New Way to Think About Lumens and Watts

Posted by SEPCO

2/16/15 10:00 AM

Lumens and Watts

I keep being asked to meet the Lumens or Watts from a HPS, MH, or just about any other type of light, but this isn’t comparing apples to apples. This is trying to compare apples to spaghetti (I love spaghetti). A while back, I wrote an article Wattage vs Lumens: Know the Difference for Better Lighting to help readers understand the difference between comparing a 400 Watt HPS lamp to a 30 Watt LED, but I think it is time to expand on that.

A Lumen is a Lumen and a Watt is a Watt; however, the two don’t really have much to do with each other in the LED world. One LED may produce only 50 Lumens per Watt, where as another may produce closer to 100 Lumens per Watt. Therefore, one company’s 30 Watt fixture may be brighter or less bright than another company’s. Most companies publish their efficiency ratings on their specification sheets, and if you don’t find it there, contacting someone at the company or a local representative will help you determine exactly what the light output of a certain LED fixture is.

Another huge misconception is how many Lumens it will take to light a specific area. Other lamps, like some 400 Watt Metal Halide lamps, produce around 36k Lumens; however, these lumens are spread out shining in all directions, not just down. This means that only a fraction of the 36k Lumens actually reaches the area below the fixture.

Directional LEDs are very different. All of the light is directed to a specific direction and produces task specific lighting. All Lumens are in the area they are required and not wasted in areas where they are not needed. This lowers the amount of Lumens required for a specific lighting task while also lowering the wattage of the fixture draw and the electrical requirements.

For example: a street light requires the light to be shone down on the street, possibly even on a walkway / sidewalk along the street. The light is not needed on the building across the street, nor is it needed up high in the sky. The same concept goes for a coach fixture in an HOA, a sign light, parking lot light, etc. The light should be specified to the task that is required, and light level requirements should be figured before determining the Wattage or Lumens that it will take to meet those requirements.

If light level requirements are unknown, then standard IES requirements for most applications can be a good starting point for just about any project. Standard IES for a parking lot, for example, is .2 foot candle average. Depending on the height of the fixture, the Lumens per Watt produced (efficiency rating), and a few other factors, this may be achieved by a range of different fixtures and fixture Wattages available.

The best way to determine what you need for Wattage and Lumens is to have a lighting plan completed. Lighting designers will place the lights where they are needed within a design and help determine what is needed to properly illuminate a space. If there is dimming being used, you can always ask for one light plan showing what the light output will be on full intensity and an additional light plan to show what the light output will be at dimming. This way you can verify exactly what the light fixtures will do at any point.

Remember, there is no one-to-one comparison when it comes to Lumens and Watts, especially when changing companies and types of lamping options. Instead of asking for an equivalent fixture, ask for a specific lighting level requirement and you will see better results. And always ask for a lighting plan if you are unsure…you may be surprised at what the lighting plan reveals.

Blog Checklist CTA

Read More

Topics: Solar Lighting, Solar Lighting Design

Determine The Best Way To Implement Pathway Lighting In 3 Easy Steps

Posted by SEPCO

1/19/15 9:30 AM

Solar Powered Pathway LightingPathway lights cover a myriad of different areas. They can be small walkways like in front of a house or through landscaping, or large walkways like those around a college campus or park. Adequate lighting allows for people along the pathway after dark to be able to see where they are going and provide visibility to their surrounding areas. To ensure these pathways are properly illuminated, there are a few steps to follow to determine what sort of lighting would be required.

Step 1 - Determine what type of pathway will be illuminated.

Small pathways that are only a foot or two wide in gardens or along a home do not require much lighting other than illuminating the footpath as there is typically other lighting to illuminate the surrounding area. These are typically illuminated with small pagoda or bollard style lighting that only provides the light at a very low level.

Larger pathways that are over three feet wide will require high powered bollard fixtures or overhead fixtures to provide a large area of light. With LED lighting and advanced optics, these fixtures can provide lighting to just the path, or the path and surrounding areas for added security. These areas also characteristically require even illumination which cannot be provided by small, low powered fixtures.

Step 2 - Determine how to power the light fixtures.

These types of fixtures can be either standard grid powered or solar powered. Standard electrical power requires the use of underground wiring and should be implemented in the planning phase of a project to not disturb the landscaping or require for breaking up concrete to trench under. The electrical lights can be set on a timer to only be on during the times they will be needed, or the lights can operate all night.

Solar powered pathway lighting such as solar bollards or solar pagoda lights can be designed two ways. The first way is to have every light have its own solar power source, typically fixed to the top of the fixture. These fixtures provide the lighting where needed; however, they are prone to vandalism, and due to the flat panel design, do not get the full advantage of the sun, especially when there is inclement weather such as snow or cloudy weather. These types of fixtures also can only be located in sunny areas and cannot be installed under trees or nearby something that can cast a shadow on the solar during the day. They also do not typically operate all night or have much for backup power if they are not able to be fully charged by the sun the following day.

Using a single solar power source that is remotely installed with full access to the sun to provide the power for multiple fixtures provides added security since these types of solar power assemblies are more vandal resistant and can be located in a more secure location or high up on a pole with the fixtures installed anywhere they are needed, even in the shade. They are typically mounted at an angle facing south to take full advantage of all the power the sun can provide. The solar power assembly provides more power than integrated fixtures with solar as well as much more backup power for inclement weather periods.

Solar powered pathway lights are the perfect solution for lighting an area that does not have electrical power nearby or as an afterthought to an existing area. They can also be set on a timer for specific operation times or operate all night for areas, such as a hospital, that are open all night.

Step 3 - Determine the architectural requirements of the area.

Is the pathway located in an industrial or historic area? Are there fixtures that would need to be matched already located nearby? With the number of light fixture styles available, there is sure to be a fixture to meet the architectural needs of the project.

LEDs have advanced and can provide similar lighting levels for each fixture style. Learn about the fixture designs and talk to your local lighting company to determine if they can meet your requirements. Since LEDs are easily integrated with solar power systems, the requirement for a solar option no longer keeps you confined to only a small selection of fixtures.

Following these three steps will help you determine what the best solution to your project is. Speak with your lighting representative to see what solutions they can provide you for your project and all the options they have available to meet your needs. With the advancements in the lighting industry happening every day, now is a great time to explore your options in solar lighting.

Blog Solar Lighting CTA

Read More

Topics: Solar Lighting, Pathway Lighting, Solar Lighting Design

Quick Overview of Sign Lighting from Big to Small

Posted by SEPCO

12/11/14 9:30 AM

Signs provide advertising and information to travelers day and night; however, if they are not properly lit at night, miss visual impact by someone driving by. There are many ways to light up a sign at night, including the use of solar when electric is not readily available. Here are some great tips and information for different types of sign lights from big to small.

 

Large Billboard Salt River Devco

 

Large billboard lights require quite a bit of lighting to see easily at night. Billboards are typically used for advertising along highways of local businesses and can generate great traffic for these businesses from travelers. Making sure they are properly illuminated during the night time allows for your message not to be missed. A typical billboard needs around one bright fixture every 10 feet to allow for proper illumination levels and to make sure none of the message gets left in the dark.  These can easily be solar powered as the solar panels can be mounted on top of the billboard to charge the batteries during the day and then power the lights at night. Best of all, there is almost never any shading concerns on a billboard. Since billboards are typically installed in the middle of nowhere and have no ability to install typical electrical grid lines, solar is a great option for these large signs.

 

Large Monument Sign Moraine Valley Community College

 

Large monument signs for communities, offices, businesses, etc. can also require multiple fixtures to properly illuminate the sign. These styles of sign lighting systems have fixtures mounted near to the ground angled upwards towards the sign face. These signs can be located along the side of a roadway or in a median. You can either decide to light up just the logo and information on the sign, or the entire sign along with surrounding landscaping. Solar can easily adapt to these signs as well since there is not always power located where the sign is installed, especially in a median, and the trenching involved with bringing in standard electrical power is costly and tears up the surrounding areas.

 

Small Sign Savannah HOA

 

Small signs typically use a single flood fixture and require much less lighting than larger signs. These too have ground mounted lighting; however, the light fixtures can also be mounted from the top of the sign. These too can easily be powered by solar power systems and typically require small solar power systems. For extra impact, additional fixtures can be used to light up the surrounding landscape to really light up the sign area.

 

Internally Illuminated Sign Denver Children Advocacy

 

The final topic to discuss is internally illuminated signs. These are typically either on a building face or stand alone along a roadway. Internally illuminated signs mostly used long fluorescent tube lights; however, there is a huge transition to LED strips to new signs as well as upgrades to older sign boxes. There are many options available with LED lights that can be installed within a sign box and can be as comparable to sizing in regards to the required lighting as a standard flood system to requiring much more power than an externally illuminated sign.

 

Speak with your sign company when deciding what type of sign you are having designed and the options available when it comes to lighting. Knowing the lighting requirements before the final sign is built will help you determine the best type of lighting and to get the most for your money. Most sign companies work with lighting companies directly and can help you determine what the best course of action is. If you are requiring a solar solution due to a lack of traditional power where the sign will be installed, contact your solar lighting designer to create the perfect solar sign lighting solution for your sign.

 

Blog Sign Lighting CTA

Read More

Topics: Solar Lighting, Solar Lighting Design, Sign Lighting

Subscribe to Email Updates

Become a  Guest Blogger