Solar Products

Solar PV Products

AEE Solar Products and Grid Tie Systems

Going Solar

• Generate your own electricity and reduce your electric bill
• Protect against future rate increases
• Produce electricity from free sunlight and watch your meter spin backwards
• Reduce the burning of fossil fuels contributing to a healthier environment
• Increase the value of your property.
• Save money on your system purchase with state rebates and incentives
• Solar modules have up to a 25-year warranty
• Systems typically have a lifetime of 40+ years

AEESolar Pre-Configured Systems

Engineered Grid-Tie PV Systems

AEE Solar grid-tie PV power systems are designed for use on residential and small commercial buildings. They consist of high quality Evergreen or SolarWorld photovoltaic (PV) modules, a Fronius, SMA or Xantrex inverter, array wiring, DC and AC disconnects, Unirac mounting structures to secure modules on the roof, electrical drawings, data sheets, warranties and instructions. Some Xantrex and SMA inverters have integrated DC disconnects. Systems that list “ST7000” as the inverter use the new SMA Sunny Tower 42 kW tower that consists of

6 SMA SB7000US inverters, pre-assembled on a stainless steel structure. Wiring from the array to the DC disconnect, array ground wiring, and wiring from the AC disconnect to the main panel and all conduit must be supplied by professional installers (your specific installation or utility may require additional AC disconnects). Contact us to obtain these essential resources and expert advice on your system installation.

All components comply with the 2005 National Electrical Code (NEC-2005); IEEE Std 929-2000, Institute of Electrical and Electronics Engineers Recommended Practices for Utility Interface of Photovoltaic (PV) Systems; UL 1741-Underwriters Laboratories Standard for Safety; and the ICBO 2000 International

Building Code. The arrays and inverters are matched for maximum efficiency. These modular systems can be combined to form larger systems to meet your requirements. It is economical to put these systems together for use in 30 kilowatt or smaller systems. For larger systems, please ask us for a quote.

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Solar Modules

Solar cells, also called photovoltaic (PV) by solar cell scientists, convert sunlight directly into electricity. Solar cells are often used to power calculators and watches. They are made of semi conducting materials similar to those used in computer chips. When sunlight is absorbed by these materials, the solar energy knocks electrons loose from their atoms, allowing the electrons to flow through the material to produce electricity. This process of converting light (photons) to electricity (voltage) is called the photovoltaic (PV) effect.

Solar cells are typically combined into modules that hold about 40 cells; about 10 of these modules are mounted in PV arrays that can measure up to several meters on a side. These flat-plate PV arrays can be mounted at a fixed angle facing south, or they can be mounted on a tracking device that follows the sun, allowing them to capture the most sunlight over the course of a day. About 10 to 20 PV arrays can provide enough power for a household; for large electric utility or industrial applications, hundreds of arrays can be interconnected to form a single, large PV system.

The performance of a solar cell is measured in terms of its efficiency at turning sunlight into electricity. Only sunlight of certain energies will work efficiently to create electricity, and much of it is reflected or absorbed by the material that make up the cell. Because of this, a typical commercial solar cell has an efficiency of 15%—about one-sixth of the sunlight striking the cell generates electricity. Low efficiencies mean that larger arrays are needed, and that means higher cost. Improving solar cell efficiencies while holding down the cost per cell is an important goal of the PV industry, NREL researchers, and other U.S. Department of Energy (DOE) laboratories, and they have made significant progress. The first solar cells, built in the 1950s, had efficiencies of less than 4%.

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Inverters

One of the most important components of an AC PV system is the inverter - the electronic component that converts the PV array's DC power into conventional alternating current (AC). The inverter is sometimes referred to as a power conditioning unit or PCU or by other terms. Two basic types of inverters are available: (1) connected to the utility grid which is used for synchronization (also called line-commutated); or (2) a stand-alone inverter for operation in a grid-independent mode.

Grid-connected inverters must produce clean waveforms (minimal harmonics) and not degrade the power quality of the existing utility grid. They also must be able to disconnect from the grid if the utility grid is lost to prevent "islanding." Several new techniques have been developed that help reduce this problem. Stand-alone inverters must provide the quality of power required by the load and although newer designs can be of high power quality, some older designs produce high harmonic content waveforms. Inverters consume power when they are on but the PV array is not generating power, and they are much less efficient at low-load conditions.

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Batteries

Batteries for Solar Electric Systems

Deep Cycle Battery

Batteries chemically store electrical energy in renewable energy systems. They come in several voltages, but the most common varieties are 6 Volt and 12 Volt. The three types of batteries that are most common to RE systems are:

• Flooded Lead-Acid Batteries (FLA)
• Sealed Absorbed Glass Mat Batteries  (AGM)
• Sealed Gel Cell Batteries

Flooded lead-acid batteries are the most cost-effective variety. They require maintenance that involves monitoring voltage, adding water, and occasional equalization charging. Additionally, FLA batteries vent hydrogen under heavy charging so they must be stored in a ventilated enclosure. Because of the maintenance issues of FLAs, some people prefer sealed batteries, which don’t require maintenance. Since they are sealed, they do not require watering, nor do they typically vent any gasses. AGM batteries cost more and are more sensitive to overcharging than FLAs. Gel Cell batteries are similar to AGMs in that they are also sealed and therefore do not require maintenance, but tend to be the most expensive of the three types. The useful life of all battery types is measured in charge cycles rather than units of time. Depth of discharge is directly related to number of charge cycles possible: the deeper you drain batteries each time you use them, the fewer charge cycles you will get from them. Sealed batteries tend not to last as long as flooded batteries. Well-maintained FLAs can last as long as ten years, with sealed batteries lasting closer to five years. Other factors to keep in mind are that some of these batteries weigh over 200 pounds and, depending upon capacity, can cost anywhere from $20 to $1200 each. So, given the maintenance issues, weight and expense, consider your energy storage needs very carefully. Planning for five days of battery storage for your system may not be your best.

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Mounting Structures

Solar panel mounting systems include hardware to permanently affix the array to either a roof, a pole, or the ground. These systems are typically made of aluminum and are selected based on the specific model and number of modules in the array as well as the desired physical configuration. Solar Panels work best at cooler temperatures, and proper mounting allows for cooling airflow around the modules. For all locations, wind loading is an installation factor, and it is extremely important to design and pour the cement foundation properly for any pole mount. Solar trackers are a pole mount option to increase energy production by moving the array to face it into the sunlight as the sun moves across the sky. A solar array on a tracker will produce more energy than a fixed array. Trackers are often used in water pumping applications. The cost of a tracker can be significant, and due to the possibility of breakdown, they are best recommended to the mechanically inclined. The cost of a mounting system varies based on the number of modules and type of mount.

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Solar Lighting Products

With hundreds of models, Illinois Solar Products can accommodate almost every lighting application. Some of the various lighting products are - streets and roadways, billboards, parking lots, park lighting, trails, camping areas, school and DOT type traffic control flashers, security lighting, boat ramps, marinas, signs, landscaping, storage buildings, covered sidewalks, transit and bus shelters, and many more. Because of the variety of applications we choose a commercial-grade power assembly based on your specific requirements allowing us to provide you with the highest quality and most cost-effective system in a timely manner. We are pleased to offer lighting systems from SEPCOtm. With over 22 years of solar lighting experience, SEPCOtm systems have proven their long-term reliability in nearly all areas of the world. Products meet or exceed all applicable codes and standards including utility requirements for performance, reliability and safety.

Sepco Link. www.sepconet.com

Solar Lighting Applications

AEE Lighting Products

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LED Lighting

For all Products please call for Pricing

Earth LED Products

LED Fluorescent Replacement Solution

• Long Life: 50,000 + hour lifespan exceeds even the highest quality fluorescents tubes.
• Extreme Efficiency: Over 80% more efficient than traditional fluorescents tubes
• Flicker-Free Lighting: Eliminate eye strain and headaches associated with fluorescents lighting
• Shatter-Proof Design: Will not break even if dropped
• Double Energy Savings: DirectLED FL tubes require no ballast saving even more energy
• No Mercury Inside: Allows the use of tube lighting when mercury contamination is not an option
• Flexible Voltage: Use tube lighting in AC 85~277V or DC 12V Input Environments
• No Interference: Perfect for settings where precise instruments can be disturbed by fluorescent tubes
• Instant Starting: Starts right away no matter the temperature or conditions

Applications: EarthLED FL series are well-suited for use anywhere: homes, offices, museums, galleries, shop windows, hotels, restaurants, meeting rooms, just like conventional fluorescent lights.

EarthLED ZetaLux Specifications and Dimensions:

• Light Engine: CREE® LED Light engine
• Power Consumption: 7 Watts Max (6 Watts Typical) Input Voltage: 90-277V AC (Worldwide Capable) / 40-400V DC (“Off Grid” Capable)
• Luminous Flux: 450 (Cool White), 350 (Warm White)
• Color Temperature: 3000 K (Warm), 6000 K (Cool)
• CRI: 75 – Cool , 80 – Warm
• Beam Angle – 180 degrees overall
• Operating Temperature Range: -22°/ 176° F (-30°/ 80° C)
• Lifespan: > 50,000 Hours (MTBF)
• Construction: Flame Retardant Plastic Aluminum Heatsink, Shatterproof Lens
• Base Types Available: E26/27/BC22 (Bayonet Cap)
• Physical Dimensions: Overall Length – 5.46 in (138 mm) Diameter – 2.71 in (68.9 mm) Weight – 6 Ounces

Cost to run for one year – $2.00

Calculated assuming 8 Hours a day operation, 365 Days a Year with $.10 KWh Electricity Cost.

Breaking News! EarthLED ZetaLux now UL Listed and FCC Approved!

The EarthLED ZetaLux has just achieved another milestone for LED technology by becoming the first UL Listed and FCC approved LED light lamp for general household illumination. The UL listing further affirms the advanced safety technologies built into every ZetaLux. In addition, the UL listing now allows the use of the ZetaLux in facilities and buildings where this certification is required. We're proud of this achievement and happy to continue to offer ZetaLux, the light bulb reimagined!

LumiSelect MR-16

Finally a dimmable LED base spotlight solution for track or down lighting. The LumiSelect MR-16 is a great alternative to halogen lamps and emits no harmful UV radiation. Consuming only 3 watts at 100% power, the LumiSelect MR-16 is an economical and versatile choice for a wide variety of applications.

Specifications and Dimensions:

• Power Consumption: 3 Watts
  
• Light Engine: 3×1 Watt CREE XRE with LumiSelect Technology
  
• Input Voltage: AC/DC 12 Volt
• Luminous Flux: 180 Lumens
• Color Temperature: 3000 K (Warm), 6000 K (Cool)
• CRI: 80 (Typical)
• Lifespan: > 50,000 Hours (MTBF)
• Construction: Aluminum with Integrated Heatsink
• Physical Dimensions: Overall Length – 1.85 in (47 mm), Diameter – 1.96 in (50 mm) Weight – 2 Ounces
• Base Types Available: MR-16

Great For: Spotlight, Reading Light, Track Light, Pendant Lights

Cost to run for one year – $0.88
Calculated assuming 8 Hours a day operation, 365 Days a Year with $.10 KWh Electricity Cost

Niland LED Lights

Niland Street and Decorative Lights

Up To 64 % Electrical Savings Compared to Conventional HPS & MH Fixtures

Niland LED street light luminaires are designed to replace high pressure sodium and metal halide lamps in nearly any desired fixture style.

Energy efficient, maintenance free and easy to install, Niland LED street light luminaires use approximately ±50% less electricity than traditional high pressure sodium or metal halide lamps. In addition, Niland LED panels and drivers have a service life of up to 30 years!

Utilizing Niland LED’s universal power supply and circuit board designs, the Niland LED street light luminaires have a variable input voltage of 85 to 600 VAC and a total light output of up to 7000 lumens. Niland LEDs’ circuitry will recognize and adapt to ANY input voltage.

The ability to retrofit existing street light fixtures with cost effective and energy efficient LEDs is an economical advantage for both the government and private
Industries. When you compare the combined electrical requirements of a 250 watt high pressure sodium lamp and ballast to the low wattage required by the Niland LED driver, the maintenance and electrical savings are immediate.

Outperforming HIDs LED’s offering bright white lights have the advantage of minimal lumen depreciation, better visual acuity and high lumens per watt. LED technology has a vastly longer lifespan than traditional lamp sources.
These units can easily replace commonly used HID fixtures. LED luminaires are also more environmentally friendly in that they contain no mercury, last longer and are virtually maintenance free.

Longevity

Unlike more traditional light sources, LEDs normally don’t “burn out” but instead progressively dim over time. Only Niland LEDs are controlled to deliver nearly 0% light loss factor with programming the high power LEDs to use 70% of it’s intended power. Once light loss begins, power is gradually added to maintain the nearly 0% loss factor.

Niland LEDs, combined with an enhanced thermal management design, offer a useful life that may reach up to 100,000 hours. Niland LEDs have a significantly better lumen maintenance and a more efficient driver.

All LED products manufactured in the United States.

Features:

• Increased Visual Acuity White LEDs provide a clear, crisp daylight look for ultimate visibility.
• Minimal Energy Consumption Each unit consumes approximately 1/2 or more of the electrical power of traditional HID lighting. Additional savings are achieved with less lumens per watt needed.
• Decreased Maintenance Today’s downsized workforce still have the same workloads to accomplish the same results. Niland LED technology drastically reduces maintenance normally required with traditional lighting systems. HPS and MH lamps have an average life of 4-6 years. Our LED system is rated for up to 30 years of maintenance free service.
• Going Green With out the use of mercury and coupled with a long lifespan, Niland LED fixtures reduce the amount of waste associated with many traditional lighting systems.
• Dark Sky Friendly Producing minimal to zero light pollution above the horizontal plane, Niland LED fixtures are dark sky friendly by pointing our LEDs directly to the ground.
• Bulb Free LED’s contain no arc tube or bulb, and each unit is vibration and impact resistant. IP65 RATED LED CHAMBERS Niland LED full cut-off units also come standard with IP65 rated gaskets for the LED chambers.
• Instant “ON” No re-strike delay or cold starting. Additional savings can be achieved with the use of motion detectors. Our ability to run our units at 30% until a motion sensor activates the units to full power, saves you even more.
• HIGHEST THERMAL PROTECTION RATING IN THE INDUSTRY. Only Niland heat sinks are over engineered to dissipate the heat Generated by Niland LED’s quickly and efficiently.

Sunovia

Sunovia’s goal is to advance energy conservation by developing complete lighting products that decrease wasteful energy consumption without compromising the environment, performance or ease of installation. This is being accomplished today by transferring state-of-the-art EvoLuciaTM technologies and designs into custom products while strategically partnering with energy solution providers to deploy into the market the highest quality solid state lighting fixtures that are available today.
EvoLucia, Inc., the solid-state lighting division of Sunovia, creates, patents and markets proprietary LED lighting fixtures through strategic partnerships and energy solution providers. The company controls more than 30 patents and patents pending that are critical to LED lighting fixtures, and is on pace to own more than 60 proprietary LED components and LED fixture designs within the next 3 years.

Currently, EvoLuciaTM is working to replace conventional fixtures with highly efficient EvoLuciaTM LED lighting solutions in:

U.S. cities
Foreign countries
Residential developments

EvoLuciaTM LED light fixtures will last approximately 6 years longer than the average time a homeowner occupies a home, so you will never change a light bulb again if you replace antiquated fixtures with the environmentally responsible EvoLuciaTM light fixtures.

Features:

• Uses up to 75% Less Energy!
• Maintenance-Free for 10+ Years!
• Environmentally Friendly
• Numerous Applications

EvoLucia™ UTL-1

The EvoLucia UTL-1 is a rugged, durable, marine-grade light ideal for:

• Secure Facilities
• Military Installations
• Harbors and Docks
• Warehouses and Terminals
• Distribution Centers
• Service Stations and more!

The EvoLucia™ UTL-1 has multiple applications including spot lighting, flood lighting and general landscape lighting. The highly efficient, cost-effective UTL-1 combines the environmental and economical advantages of LED lighting with state-of-the-art reliable and durable mechanical designs.

The UTL-1 uses significantly less electricity than its incandescent, quartz or metal halide counterparts, with negligible light loss for more than 10 years. As a result, the lights allow for incredible energy and cost savings while providing exceptional light quality, stability and longevity.