Introducción Práctica a las Bombas de Agua Solares, baterias, energia solar, electricidad, celdas solares.
Clean Energy for the 21st Century

 

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Aviation Products
  -Airfield Accessories
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Government
  -Foldable Solar Battery Charger
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Hospital
  -Hospital Emergency Back-Up Power
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Lighting
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Introducción a las bombas de agua solares

Para aquellas localidades en donde no existen tendidos eléctricos, las bombas solares Dankoff ofrecen una alternativa limpia y simple a los motores que queman combustible, a los generadores y a los molinos de viento. Estas no requieren de combustible, y necesitan de un mínimo mantenimiento. Una bomba solar produce la mayor cantidad de agua cuando más se necesita –cuando el clima está soleado y seco.

Click Here for Prices Bombas de Agua Solares, baterias, energia solar, electricidad, celdas solares

Las aplicaciones típicas de las bombas solares

Irrigación (bombeo y presurización)
Acuacultura (transferencia, circulación, aireación, deshielo)
Aquaculture (transfer, circulation, aeration, de-icing)
Suministro a casas y poblados
Clínicas
Campamentos, cabañas vacacionales
Purificación de agua y sistemas de tratamiento

En Español -->>

Ok Solar and Wind Powered Water Pumps
Ok
Just add Water!

Solar-Powered Submersible Water Pumps, Solar Water Pumps, wind water pumps.
Solar Water Pumps - Solar-Powered Submersible Water Pumps
Solar water pumping systems have many advantages over
windmill water pumpers. Though the initial cost of solar powered systems can be similar to that of windmills (however, in many cases far less!), the lifetime costs are much lower. Windmills must be used where there is a steady, constant wind for maximum results while solar powered pumps
 
operate anywhere the sun shines. Solar pumping systems can be installed in less than a day by an individual or small crew and can be portable, while windmills (because of the need to erect a tower) can take a larger crew a much longer time to install. Windmills are secured to the ground and are stationary. Solar powered water pumping systems are the modern day, upgraded version of the wind.
 
 
An all new technology for water pumping: In partnership with Grundfos International, the SQ Flex technology is leading the industry in wind/Solar – electric water pumping. Rather than the traditional mechanical windmill, wind/solar electric systems can provide water at any time.

Is a Wind//Electric Water Pumping System Right for You?
OkSolar Windpower/Grundfos wind electric water pumping systems are excellent for replacement of mechanical wind systems or new installations. The proven reliability of the system along with world wide service and sales offices make this technology the right choice. There are a number of models available for various outputs and well (bore hole) depths.

 

 3 Easy Steps:
  1. Select the water Pump System that best meets your needs
  2. Check Prices by Model Number. Click Here!
  3. Buy it and Add Water!
Unit: units used in the water pumping section are US gallons and feet of head unless otherwise indicated. To convert gallons to litres, multiply gallons by 3.78.

LIFT: Up to 200' (70 m)
VOLUME: 176-350 Gal/day (800-1600 ltres/day)
 

Submersible Pumps Grundfos SQFlex

Applications 

  • Drinking water supply
  • Livestock watering
  • Pond management
  • Irrigation

 Features

  • Automatically accepts power from solar modules, wind turbines, batteries, AC generators and AC grid power

  • Comes in centrifugal and helical rotor models

  • Simple installation

  • Reliable water supply

  • Virtually no maintenance

  • Stainless steel design for long pump life

  • System expansion possibilities

  • Built-in controller/inverter

  • Built-in protection against dry-run, over and under-voltage, mechanical overload and over-temperature

 Technical data 

  • Lift up to 600 feet (183 m)

  • Flow rate up to 85 GPM (19 m3/h) and 32,500 GPD (123 m3/d)

  • Input voltage range 30 - 300 VDC and 90 - 240 VAC 50/60 Hz

  • Permanent magnet motor for high efficiency

  • Water temperature range 32°F to 104°F, pH 5 – 9

  • Salt water tolerant up to 500 PPM (parts per million) Cl-

  • Sand tolerant up to 50 PPM

Pump Model 

 Pump Length

THD Range

 Max Lift

NPT Size

Flow Range 

3 SQF-2

 47

120-390

 360 feet

1

 3 GPM

6 SQF-2

 48

120-390

 360 feet

1

 6 GPM

11 SQF-2

 49

40-300

 300 feet

1 1/4

 11 GPM

25 SQF-3

  33

0-40

 45 feet

1 1/2

 25 GPM

 25 SQF-6

  35

0-60

 60 feet

1 1/2

 40 GPM

 40 SQF-3

  37

0-20

 40 feet

2

 40 GPM

 75 SQF-3

  39

0-40

 75 feet

2

 75 GPM

 

We provide OEM energy solutions for military and government, as well as private sector applications, helping clients achieve 100% up-time for applications ranging from Hospitals, school warning signals to explosion proof street lights.


The SPDC/AC unit was designed to be easily expanded: power units can range from 2,000 Watts to 10,000 Watts. Its flexiblePower your electrical & electronics projects and applications with Solar Energy products from Oksolar.com. Our engineers can design the energy system to meet your demands. From 0.5 Watt to 100KWatts; DC or AC; and up to three-phase systems. platform design allows it to be easily customized for use with area lighting, remote communications, security systems, and surveillance equipment, to name a few applications. Charge power alone can be doubled or tripled with the addition of simple, cost-effective photovoltaic capture equipment.

Pre-assembled & Factory Tested

 

 


OkSolar.com Affiliate


 

IP Video Anywhere Solar Powered!
Protecting Critical Government Infrastructure
Military and Homeland SurveillanceSolar Powered, wireless Got facilities you need to keep an eye on? Oftentimes they're several miles from your headquarters and, worse, you can't get any electricity (let alone Ethernet) to an exterior location where you'd like to mount a camera. Companies with remote or hard to access assets, such as oil and gas pipelines, bridges or rural properties, have not had an effective, economical solution for protecting those assets.
IP Video AnyWhere Solar Powered!
IP Video solutions are the next wave in CCTV surveillance. The ability to monitor your systems from anywhere, IP video solution.


Keep an eye on your critical facilities at all times.
With OkSolar’s IP Video Anywhere, you can monitor sites several thousand miles away as if they were across the street. Our system facilitates remote site surveillance through energy-independent operation and allows video to be transmitted over IP without any physical lines being installed. Companies with remote or hard to access assets, such as oil and gas pipelines, bridges or rural properties, have not had an effective, economical solution for protecting those assets. Some of the features like automated archiving allow you not only to track construction progress in real time but also to retrieve past images which can be used to resolve issues quickly.


Click Here for More Information on Traffic School Warning Signals
Traffic Warning Signals
Our 12', 2 Head, Solar powered school warning flasher signal is the cost effective solution to your pedestrian safety problems. More Information > Traffic control lights, LED Traffic signals Manufacturer & Distributor, School Zone LED, School Zone LED flashing beacon, 24 7 hour led flashing beacon traffic, school zone, School warning signals, 24 hours warning Flashers, Road way warning signals, pedestrian crossing, railroad warning, ice on bridge warning, low water crossing, led beacons, speed awareness displays, Solar Powered Pedestrian Beacon, Pedestrian Beacons, 24/7 Flashing Beacon

 

 

Click Here for More Information on Traffic Calming Solar Powered Your Speed Sign

 


 

SolarLighting

Complete turn key Systems Solutions for Solar Lighting
All components needed for installation are included (except for the mounting pole). The systems are designed for installation onto a wood, concrete, or metal mounting pole. You may choose to use your own pole or we can quote the poles separately from the lighting system itself.

These units can be used for: Area lighting, Billboards lighting, Dock lights, Park lighting, Parking lot lighting, Parkway lighting, walkway lighting, Street lighting, Transit Lighting, Outdoor area lighting
Complete turn key Systems Solutions for Solar LED Lighting

 

Solar Powered LED Parking Lot Light

 


Solar TreeSolar Tree, Tracking Solar Tree, solar charging canopies, Turn-key Photovoltaic Shade System, Solar Tree arrays, The Hospital parking lot shade that pays by generating electricity, Solar Powered Parking Lot Shade That Paid,

We Delivered On-Site For Fast Plug and Pay Installation Solar Tree structure are designed for the following applications:
-Shading vehicles from the sun and at the same time generate Green energy.
-Facilitate the creation of infrastructure for electric vehicles.

  • One Solar Tree structure system shades eight standard parking spaces.
  • One Solar Tree structure generates enough energy to fully charge eight electric vehicles each day or power Office Space, Industrial plants or a House.
  • We Ship Worldwide in site technical support available.






Fuel Cell Are you tired of your devices being left in the dark, when your solar energy system stops providing power? Then IQ Fuel Cells are the perfect answer for you. Are now available as an alternative source for renewable energy. Unlike traditional power generators, they don't require gasoline to generate power. They also provide an alternative to solar generators because they do not depend on any external power gathering equipment. These units are compact, durable, and built to power a wide range of applications.

The BeSmart fuel cell, see the future in fuel cells that power homes, Smart Fuel Cell OkSolar presents the innovative technology, Fuel Cell Energy, brennstoffzelle! Click Here>st Generator Ever!


Applications: Airports, Computer Rooms, Hospitals, Traffic, UPS
Smart designs with IQ Fuel Cells for smart energy applications Contact us today! >

 

 

 

 


 


Battery Backup Systems for LED Traffic Signs Increase the public safety and reduced traffic congestion by allowing traffic lights to function even during a power failure. A typical traffic signal intersection experiences eight to ten local power outages annually. With IQUPS battery backup power, some or all the traffic control signals can continue to operate. This seamless switchover to battery power increases public safety and eliminates the need to dispatch police or other service personnel to direct traffic. If all traffic signals were converted to LEDs, the battery backup system would allow full operation of the traffic signals during a power outage, thus alleviating traffic congestion.

Important feature is the battery backup system’s ability to maintain the memory of the traffic signal controller. The controller is responsible for sequencing the on and off times of the various signals. With a battery backup system, the controller’s memory can be maintained and return to normal operation once the outage has ended. This feature has eliminated the time spent to reprogram controllers after a power outage

Traffic IQUPS It is designed to provide backup power for critical LED traffic light intersections. With 1,000 watts of true sinewave power available, IQFuel Cell and maintenance free Deep cycle batteries.

Traffic IQUPS will drive most large LED systems. Its pure sinewave output is cleaner than utility power, making it ideal for all loads.

Total distortion is typically less than 1.5%. Manufactured in the USA to the highest standards possible, Traffic IQUPS system is the best choice for critical load protection. power outage knocked out traffic lights, backup generators, emergency generator

Depending on the consumers needs, the IQFuelCell automatically charges the battery with up to 100 Ah per day. As independent power supply or in combination with other systems, the IQFuelCell runs self-sufficiently for months.

The circuit is fully protected via breakers and fuses on the AC input, connection to the batteries, and DC loads. Outdoor, lockable, aluminum enclosure includes tamper-proof hardware suitable for pole or wall mounting. DC.

 

 

 

 


IQAirport

Airport and Heliport landing back-up Battery Charger: 12Volts, 24 Volts, 36Volts, 48 Volts -120VAC or 230VAC Using state-of-the-art, switch-mode technology, the DLS Power Supply series is engineered with the user and variable environmental conditions in mind. Extra care has been given to insure many years of service-free operation, even when subjected to extremely harsh conditions. Batteries are charged quickly and efficiently without over charging and pumps, motors, and fans operate perfectly for prolonged life.

 

 

 


 

Scann to Request a Quotation

OkSolar.com has decided to adopt QR-Codes in our manufacturing process to streamline support and maintenance in all of our applications, resulting in savings for Government Agencies.


OkSolar.com Serving The Industry Since 1988.
All rights reserved. All trademarks or product names mentioned herein are the property and responsibility of their respective owners.
Credit Pictures provided by PIX along with DOE/NREL


Outdoor Solar Lighting, Solar LED Lighting, Outdoor Lighting, Solar lighting, Aviation and Obstruction Lighting, Marine Lanterns, Marine LED Lanterns, Marine Solar LED Lanterns, Solar LED Flashing Traffic Beacons, Solar LED Traffic Beacons, Solar Traffic Beacons

 Infrared LED Red Beacon
Solar FAA-Certified L-864 Infrared LED Red Beacon
Solar Powered FAA-Certified L-864 Infrared LED Red Beacon.

 

-Steady or flashing red LED beacon is the perfect solution for wind turbines, towers cell, towers broadcast, buildings obstructions, crane obstructions lights. Meets FAA and ICAO standards. Available with IR option for night vision. Retrofits to replace incandescent light. Uses only low Watts.

Infrared IR Obstruction light, Night Vision Goggles (NVGs) and Aviators Night Vision Imaging System (ANVIS) The Infrared (IR) option for lights overcomes this obstacle by combining visible red LEDs and IR LEDs in a single unit.

OkSolar.com Affiliate

FAA-Certified L-864 Infrared LED Red Beacon, Solar FAA-Certified L-864 Infrared LED Red Beacon, Solar Powered FAA-Certified L-864 Infrared LED Red Beacon Item # 103419


Explosionproof Enclosure

explosionproof enclosure, explosion proof camera enclosure, explosion proof camera housing, explosion proof enclosure, explosion-proof enclosure

Description of Explosion proof rated enclosure
The EHX*E Series explosion proof camera enclosures are used in explosive and hazardous atmospheres throughout the world. They are designed to meet the rigorous requirements of explosion proof and dust ignition proof electrical equipment for installation and use in hazardous locations. These enclosures are also waterproof and dust tight.

Features:

Aluminum Construction
Adjustable Mounting Cradle
Available in 4-inch (10.16 cm), 6-inch (15.24 cm) and 8-inch (20.32 cm) Diameters
For use in a Variety of Harsh and/or Hazardous Environments, including Marine Environments
Meets NEMA 4X and IP66 Standards
Use with Fixed Mount or Explosion Proof Pan/Tilt

Benefits
Explosion proof rated enclosure for standard fixed cameras. Ideal for explosive and hazardous atmospheres.

Applications

  • Oil rigs

  • Oil & gas refineries

  • Any other hazardous environments

explosionproof enclosure, explosion proof camera enclosure, explosion proof camera housing, explosion proof enclosure, explosion-proof enclosureexplosionproof enclosure, explosion proof camera enclosure, explosion proof camera housing, explosion proof enclosure, explosion-proof enclosure

 


 

501 - 502 Item# 102933 to 102940

For applications up to 1 nautical mile

Applications:
Solar Airstrip Light
Solar Barricade Light
Solar Caution Light
Solar Taxiway Light (ICAO)
Solar Threshold Light
Solar Obstruction Light


Benefits:
Field-proven durability
Over 250,000 installations worldwide
Robust, compact and fully integrated design
Easy, non-technical installation
Maintenance-free operation
Vandalism and theft resistant
Resistant to the unrelenting pounding of the sea
Features:
Performance up to 1-nautical mile
User programmable
Seven IALA-standard flash patterns
Compact, encapsulated design
Suitable for low-intensity navigation or hazard-marking requirements


 

601 - 650 Item# 102943 to 102950

For applications up to 4 nautical miles

Applications:
Solar Airstrip Light
Solar Barricade Light
Solar Caution Light
Solar Taxiway Light (ICAO)
Solar Threshold Light
Solar Obstruction Light

Benefits:
Unprecedented Reliability: microprocessor Energy Management System (EMS) monitors and adapts the light to environmental conditions for consistent operation and long life under the toughest conditions.
Designed and tested to the toughest industrial standards: immersion, shock and vibration, corrosion, solar radiation, chemical resistance, hail and EMC/EMI/ESD. See spec sheet for test information.
Intelligent settings: the first solar product to incorporate intelligent deployment location settings that allow the M650 to be tuned to its location, protecting it against improper configuration. Lantern automatically adjusts for Schmidt-Clausen.
Self-contained and low maintenance: all components are incorporated within a compact, stand-alone unit for easy deployment and relocation. A replaceable battery pack extends service life beyond five years, reducing total cost of ownership and resulting in significant cost savings.
Green solution: a clean, renewable and reliable energy source with the lightest environmental footprint. Recyclable batteries and RoHS compliant.
Up to 44 candela IALA peak intensity and 4 nautical mile visibility
Available in all IALA chromaticity colors
Intelligent deployment location settings protect against improper configuration
Intuitive on-board user interface, infrared remote and software programmability
Replaceable and recyclable battery pack

 

Crane Obstruction Light L-810 Obstruction Tower Lighting FAA Type L-810 Aviation Obstruction Light Solar Powered Crane Obstruction Light L-810 Obstruction Tower Lighting FAA Type L-810 Aviation Obstruction Light Solar Powered

Solar LED Aviation and Obstruction Light

Acceptable for use in barricade & construction applications at Commercial Part 139 Airports under FAA Advisory Circular AC 150/5370-2E (Current Edition)

 

Beacon Lantern

For applications up to 4 nautical miles

Benefits:
Unprecedented Reliability: microprocessor Energy Management System (EMS) monitors and adapts the light to environmental conditions for consistent operation and long life under the toughest conditions.

Designed and tested to the toughest industrial standards: immersion, shock and vibration, corrosion, solar radiation, chemical resistance, hail and EMC/EMI/ESD. See spec sheet for test information.

Intelligent settings: the first solar product to incorporate intelligent deployment location settings that allow the Beacon to be tuned to its location, protecting it against improper configuration. Lantern automatically adjusts for Schmidt-Clausen.

Self-contained and low maintenance: all components are incorporated within a compact, stand-alone unit for easy deployment and relocation. A replaceable battery pack extends service life beyond five years, reducing total cost of ownership and resulting in significant cost savings.

Green solution: a clean, renewable and reliable energy source with the lightest environmental footprint. Recyclable batteries and RoHS compliant.

Features:
Up to 44 candela IALA peak intensity and 4 nautical mile visibility
Available in all IALA chromaticity colors
Intelligent deployment location settings protect against improper configuration
Intuitive on-board user interface, infrared remote and software programmability
Replaceable and recyclable battery pack

Solar LED Aviation and Obstruction Light




701 Item # 102953 to 10295
103340 - 103343

Applications:
Solar Airstrip Light
Solar Barricade Light
Solar Caution Light
Solar Taxiway Light (ICAO)
Solar Threshold Light
Solar Obstruction Light




For applications up to 4 nautical miles

Benefits:
Field-proven durability
Over 250,000 installations worldwide
Robust, compact and fully integrated design
Easy, non-technical installation
Maintenance-free operation
Vandalism and theft resistant
Resistant to the unrelenting pounding of the sea
Features:
Up to 46 candela IALA peak intensity and performance up to 4-nautical miles
User programmable with 200+ flash patterns (including stady-on)
Available in all IALA chromaticity colors - red, green, white and yellow
Replaceable battery pack extends unit life beyond five years
Suitable for navigation and hazard-marking in medium latitudes and areas with varying solar illumination









Up to 155 candela IALA peak intensity and performance up to 5-nautical miles

Items# 1029684 to 1029688


Applications:
Solar Airstrip Light
Solar Barricade Light
Solar Caution Light
Solar Taxiway Light (ICAO)
Solar Threshold Light
Solar Obstruction Light


Applications: Fixed or floating visual aids to navigation Port and marina entrances, Channel and canal marking,Offshore oil & gas infrastructure Offshore wind/wave power

Features:
Up to 155 candela IALA peak intensity and performance up to 5-nautical miles
User programmable with 250+ flash patterns (including steady-on)
Available in all IALA chromaticity Suitable for navigation and hazard-marking in areas of varying solar illumination



Fixed or floating visual aids to navigation Port and marina entrances, Channel and canal marking,Offshore oil & gas infrastructure Offshore wind/wave power

Fixed or floating visual aids to navigation Port and marina entrances, Channel and canal marking,Offshore oil & gas infrastructure Offshore wind/wave power
Fixed or floating visual aids to navigation Port and marina entrances, Channel and canal marking,Offshore oil & gas infrastructure Offshore wind/wave power
Fixed or floating visual aids to navigation Port and marina entrances, Channel and canal marking,Offshore oil & gas infrastructure Offshore wind/wave power
Fixed or floating visual aids to navigation Port and marina entrances, Channel and canal marking,Offshore oil & gas infrastructure Offshore wind/wave power





Item#
Features: OKM708

Applications:
Solar Airstrip Light
Solar Barricade Light
Solar Caution Light
Solar Taxiway Light (ICAO)
Solar Threshold Light
Solar Obstruction Light

Minimum peak intensity of 125 candela at the highest intensity setting, and performance up to 6-nautical miles.
Each lantern can be set for three ranges:
Low (minimum 25 candela peak intensity)
Medium (minimum 60 candela peak intensity)
High (minimum 125 candela peak intensity)
Fully configurable with 250+ flash patterns (including steady-on)
Optional GPS synchronization enables two or more lanterns to flash in unison
Available in all IALA chromaticity colours - red, green, amber and white
Integrated bird deterrent
Visual colour indicator secured to top of reflector
Suitable for high intensity navigation and hazard-marking applications

Fixed or floating visual aids to navigation Port and marina entrances, Channel and canal marking,Offshore oil & gas infrastructure Offshore wind/wave power
Oil & Gas Offshore Platform Marking
Oil & Gas Offshore Platform Marking
Oil & Gas Offshore Platform Marking




Military Airfield Lights, Obstruction Lights, Hazard Beacons and Airport Lighting, Airfield Lights Obstruction Lights Hazard Beacons Airport Lighting.

Applications:
Solar Airstrip Light
Solar Barricade Light
Solar Caution Light
Solar Taxiway Light (ICAO)
Solar Threshold Light
Solar Obstruction Light

SPECIFICATIONS OkSL15
 
Range (Nautical Miles): 1nm
Colors: Red - White - Yellow - Blue - Green
Body: U.V. stabilized polycarbonate
Mounting: 4 x 4mm mounting holes
Available Flash Characteristics: 16 factory-set as listed in download specifications
Battery: 1.6AH NiMH
Lenses: U.V. stabilized / optical grade polycarbonate
Light Source: 4 ultra-high intensity LEDs
Horizontal Output: 360 degrees
Vertical Divergence: 9 degrees
Current Draw (mA): minimal
Autonomy: 30 days
Lamp Life (hrs minimum): 100,000hrs
Solar Cells: 0.43watt
Height (Cm/Inches): 14.2/5.6
Width (Cm/Inches): 13.2/5.2
Weight (Kg/Lbs): 0.6/0.88

obstruction light airport lighting airport equipment airport runway runway light marking runway obstruction light airport light runway lighting aviation light airport runway light crane light aircraft strobe light airport lighting runway airfield light runway safety obstruction tower lighting lighting taxiway airport company lighting airport lighting equipment airport landing light airport ground support equipment runway taxiway runway lighting system marker runway led obstruction light aircraft obstruction light taxiway light airport light portable led obstruction lighting aircraft warning

Applications:
Solar Airstrip Light
Solar Barricade Light
Solar Caution Light
Solar Taxiway Light (ICAO)
Solar Threshold Light
Solar Obstruction Light

SPECIFICATIONS OkSL60
 
Range (Nautical Miles): 2+ nautical miles
Colors: Red - White - Yellow - Blue - Green
Body: U.V. stabilized polycarbonate
Mounting: 4 * 4mm mounting holes
Available Flash Characteristics: 256 IALA recommended / User adjustable
Battery: 4AH NiMH
Lenses: U.V. stabilized / optical grade polycarbonate
Light Source: 6 ultra-high intensity LEDs
Horizontal Output: 360 degrees
Vertical Divergence: 9 degrees
Current Draw (mA): 85mA
Autonomy: 25 days
Lamp Life (hrs minimum): 100,000hrs
Solar Cells: 1.3 watt
Height (Cm/Inches): 23.7/9.6
Width (Cm/Inches): 17.6/6.8
Weight (Kg/Lbs): 1/2.2
Unit Price (US $): 312.00
Shipping (US $): 20.00
Option Mounting plate

 


 

Solar LED Aviation and Obstruction Light

Acceptable for use in barricade & construction applications at Commercial Part 139 Airports under FAA Advisory Circular AC 150/5370-2E (Current Edition)

Applications:
Solar Airstrip Light
Solar Barricade Light
Solar Caution Light
Solar Taxiway Light (ICAO)
Solar Threshold Light
Solar Obstruction Light

 

 

Visual signals

 

SPECIFICATIONS OKSL-70
 
Range (Nautical Miles): 2 miles
Colors: Red - White - Yellow - Blue - Green
Body: U.V. stabilized polycarbonate
Mounting: Industry standard mounting
Available Flash Characteristics: 256 IALA recommended / User adjustable
Battery: 4AH NiMH
Lenses: U.V. stabilized / optical grade polycarbonate
Light Source: 6 ultra-high intensity LEDs
Horizontal Output: 360 degrees
Vertical Divergence: 9 degrees
Current Draw (mA): 85mA
Autonomy: 25 days
Lamp Life (hrs minimum): 100,000
Solar Cells: dual 1.8watts (each)
Height (Cm/Inches): 22.4/8.8
Width (Cm/Inches): 23/9.1
Weight (Kg/Lbs): 1.1 / 2.3
Option Mounting plate

 




Wind Turbine Lighting, Wind Turbine Obstruction Lighting, Solar Powered Wind Turbine Lighting, Solar Powered Wind Turbine Obstruction Lighting, FAA Wind Turbine Lighting, FAA Wind Turbine Obstruction Lighting, FAA Solar Powered Wind Turbine Lighting, FAA Solar Powered Wind Turbine Obstruction Lighting
FAA Solar Powered Wind Turbine Obstruction Lighting robust, completely self-contained LED light designed for a range of emergency aviation applications including runway, threshold, approach, helipad and tactical airfield lighting. Fitted with RF radio control, this fully functioning light can be controlled from the tower with no costly cabling or trenching required.

Applications:
Solar Airstrip Light
Solar Barricade Light
Solar Caution Light
Solar Taxiway Light (ICAO)
Solar Threshold Light
Solar Obstruction Light

The unit is made from cast aluminum, subject to 7-stage powder-coating in aviation yellow. Four premium grade solar modules are integrated into the assembly and mounted to collect sunlight at all angles.

The solar array charges the 24Ah battery during daylight hours, and at dusk the light will automatically begin operation.

16 independently controlled LED drivers within the light optic (patents pending) allow the
IQAV425-RF fixture to operate as an omnidirectional or bi-directional assembly designed to meet the photometric requirements of FAA L861 runway edge and threshold when set to temporary high mode.

The IQAV425-RF has non-precision IFR and VFR capability with both visible and near infrared lighting outputs. The airfield lights can be controlled anywhere in the airfield by handheld radio controller or in the air traffic control tower with virtually unlimited range using an encrypted repeating mesh network.

The IQAV425-RF wireless RF light has a practically unlimited range through the use of the AvMesh™ communication network.The proprietary AvMesh™ network enables each light to transmit and receive commands, allowing the airfield to be expanded or altered at any time.

AvMesh™ is self-realizing, meaning once deployed the airfield lights will undertake a period of network mapping, whereby the system automatically determines an efficient path to relay command messages through the airfield. This means that unlike competing products, the IQAV425-RF does not require direct line of sight to the handheld controller. The main requirement is that the distance between the controller and the closest light in the AvMesh™ network is no greater than 1.4km, and no two lights are more than 1.4km apart.

AvMesh™has redundancy. Once the system has mapped an efficient relay of command messages, a secondary sub-network is mapped for added redundancy.

The IQAV425-RF has three selectable modes; always on, dusk-till-dawn and standby. When set to dusk-till-dawn mode, integrated sensors in the light are able to detect when the ambient light threshold drops sufficiently and the light will begin operation automatically.

Light intensities can be set to Low (10%), Medium (30%), High (100%). Lights are able to be assigned to a ‘light group’, and groups can be controlled independently using the wireless handheld controller. Sequenced approach can also be easily set up via the serial port and controller/PC interface.

Tested to MIL-STD’s for environmental exposure including shock and vibration, extreme temperature and humidity, the unit is designed to offer years of maintenance-free service and operate in some of the world’s harshest environments.

The IQAV425 is also available without RF radio control (AV425).

To suit localised standards, the AV425-RF can be supplied with optic head designed to comply with either FAA L861 or ICAO Annex 14 photometrics.

Compliance

Designed to comply with photometrics for ICAO Annex 14 Volume 1, ‘Aerodrome Design and Operations’, Forth edition July 2004. Runway Edge - paragraph 5.3.9. Appropriate for use as threshold - paragraph 5.3.10, 5.3.11 threshold light or end light Approach - paragraph 5.3.4.1A & B, 5.3.4.8 simple approach lighting system
Designed to comply with photometrics for FAA AC/150-5345-46D L861 (High Intensity Mode)

Wind Turbine Lighting, Wind Turbine Obstruction Lighting, Solar Powered Wind Turbine Lighting, Solar Powered Wind Turbine Obstruction Lighting, FAA Wind Turbine Lighting, FAA Wind Turbine Obstruction Lighting, FAA Solar Powered Wind Turbine Lighting, FAA Solar Powered Wind Turbine Obstruction Lighting
Wind Turbine Lighting, Wind Turbine Obstruction Lighting, Solar Powered Wind Turbine Lighting, Solar Powered Wind Turbine Obstruction Lighting, FAA Wind Turbine Lighting, FAA Wind Turbine Obstruction Lighting, FAA Solar Powered Wind Turbine Lighting, FAA Solar Powered Wind Turbine Obstruction Lighting
Light Characteristics
Light Source 16 ultra-high intensity LEDs
Available Flash Colors Red Green White Yellow Amber Blue & sectored combinations. IR
Maximum Available Intensity Steady-on: Red 25.0, Green 370.0, White 275.0, Yellow 92.5
Horizontal Output As per L861 and L861E
Vertical Divergence As per L861 and L861E
Available Flash Characteristics >250 including steady-on (user-adjustable) including Morse Code and RF sequenced & synchronised flashing
Intensity Adjustments Low (10%), Medium (30%), High (100%)
LED Life Expectancy >100,000 hours
Electrical Characteristics
Operating Voltage 12v
Autonomy >170 hours (see downloadable PDF for details)
Temperature Range -40 to 80°C
RF Synchronisation
Frequency 2.4Ghz ISM Band
Range 1.4km between 2 lights, relayed
Expandability Peer to peer networking
Approvals FCC / CE
Solar Characteristics
Solar Module Type Multicrystalline
Output 18watts
Solar Module Efficiency 14%
Charging Regulation Microprocessor controlled
Power Supply
Battery Type SLA (Sealed Lead Acid)
Battery Capacity 24Ah
Nominal Voltage 12v
Physical Characteristics - Lights
Body Material 7-stage powder coated aluminium
Lens Material Lexan® Polycarbonate - UV stabilized
Lens Diameter (mm/inches) 155 / 6.12
Lens Design 16 segment, multi-focus lens
Mounting 4 hole bolt pattern on 200mm OD base
Height (mm/inches) 495 / 19.5
Width (mm/inches) 233 / 9.17
Mass (Kg/lbs) 14 / 31.86
Certifications
CE EN61000-6-3:1997. EN61000-6-1:1997
Quality Assurance ISO9001:2008
Waterproof IP68


 

Solar LED Lighting

Complete turn key Systems Solutions for Solar Lighting
All components needed for installation are included (except for the mounting pole). The systems are designed for installation onto a wood, concrete, or metal mounting pole. You may choose to use your own pole or we can quote the poles separately from the lighting system itself.

These units can be used for: Area lighting, Billboards lighting, Dock lights, Park lighting, Parking lot lighting, Parkway lighting, walkway lighting, Street lighting, Transit Lighting, Outdoor area lighting

Complete turn key Systems Solutions for Solar LED Lighting

 

Solar Powered LED Parking Lot Light

 


Portable Military Solar Power

Portable Military Solar Power 20 Watts - 12/24VDC - 120VAC or 230VAC

 


 

 

 

TMPDC® Transportable Modular Solar Powered Storage - Solar Powered Transportable Offices 4-8-16KWh/Day 120VAC 60Hz or 230 VAC 50Hz. single or three faces.
  • TMSPDC Transportable Modular (Trailer-Modular Power Storage - Offices)
    Characteristics: Transportable; Modular; Simple; Rugged; Military Grade. Systems Designed to survive harsh environments.

  • Special Feature: these units are self-contained inside of a rugged shipping container. The unit remains a 'rugged shipping container' up until the point of deployment, at which time the solar array is exposed and the unit is ready to convert energy from the sun..
  • Our line of solar transportable power units (TSPDC) provides stand-alone photovoltaic power. These portable units supply AC power just about anywhere the sun shines. Our systems are fully assembled and factory tested for immediate use in the field.
  • Emergency efforts are often hampered by the lack of electricity. Our TSPDC units are designed to fill the gap until power is restored. They can provide refrigeration for medical supplies, water filtration systems can be made operational, and communication equipment can be powered to help in the recovery process.

  • Our units require only five minutes for one person to assemble:
    1. Park the unit (see instruction on solar modules orientation)
    2. Switch ON the power unit.
    3. Switch ON the lift arms to get to the desired angle of orientation of the Solar Array.


 

Ballistic Protection: Stop this from happening at once! Item#54780

  • Ballistic Protection - Bullet Proof Shields

  • This patented* shield incorporates leading edge technology to provide maximum ballistics resistance.

  • The shield is primarily constructed of dual layer polycarbonate sheets which are UV stabilized.

  • Designed to stop small arms fire .22 to .44 caliber

Click Here to Get a Quote!Click Here to Get a Quote!



Our Systems use State of the Art Plug and Play

 

 

 

 


 

 

 

OkSolar.com Serving The Industry Since 1988.
All rights reserved. All trademarks or product names mentioned herein are the property and responsibility of their respective owners. v7.07D.

 

 

Cómo Funciona

Los paneles FV producen electricidad a partir de la luz solar usando celdas de silicón, sin partes móviles. Estos han sido producidos en masas desde 1979. Son tan confiables que la mayoría de los fabricantes suministran una garantía de 10 años, y una expectativa de vida de 20 años. Estos funcionan bien en climas fríos o calientes.

Las bombas de agua solares están especialmente diseñadas para usar energía eléctrica directa generada por los paneles FV. Estos deben trabajar en condiciones de luz baja a potencia reducida, sin decaer o sobrecalentarse. Las bombas de baja capacidad usan mecanismos de desplazamiento positivo (volumétrico) que sellan el agua en las cavidades y la fuerzan hacia arriba. La capacidad de elevación se mantiene aún con un bombeo lento. Estos mecanismos incluyen al diafragma, el impulsor y las bombas de pistón. Estas difieren de una bomba centrífuga convencional que necesita girar rápidamente para funcionar eficientemente. Las bombas centrífugas se usan en donde se requieren mayores volúmenes.

Una bomba de superficie es aquella que se instala a nivel del suelo. Una bomba sumergible es aquella que se hace bajar al agua en un pozo. La mayoría de los pozos profundos usan bombas sumergibles.

Un controlador de bomba (amplificador de corriente) es un dispositivo electrónico que se usa con la mayoría de las bombas solares. Este actúa como una transmisión automática, ayudando a la bomba a encenderse y a no detenerse al decaer la luz solar.

Puede usarse un rastreador solar para inclinar los paneles FV a medida que el sol se desplaza en el cielo. Esto incrementa la ganancia diaria de energía hasta en un 55%. Con más horas pico de luz solar, pueden usarse una bomba y un sistema eléctrico más pequeños, reduciendo así los costos totales. El rastreo funciona mejor en climas soleados y despejados. Es menos efectivo en climas nublados o en los días invernales cortos.

El almacenamiento es importante. Podría requerirse una reserva para tres a diez días, dependiendo del clima y el uso del agua. La mayoría de los sistemas usan el almacenamiento de agua en lugar de las baterías. Por razones de simplicidad y economía. Un interruptor de flotación puede desactivar la bomba cuando el tanque de agua se llena, para evitar derrames.

Comparado con los molinos de viento, las bombas solares son menos costosas, y más fáciles de instalar y mantener. Estas suministran un flujo constante de agua. Pueden instalarse en valles y en áreas boscosas donde la exposición al viento es pobre. Un panel FV puede colocarse a cierta distancia de la bomba misma, aún a cientos de metros de distancia (100 m).

Puede usarse un rastreador solar para inclinar los paneles FV a medida que el sol se desplaza en el cielo. Esto incrementa la ganancia diaria de energía hasta en un 55%. Con más horas pico de luz solar, pueden usarse una bomba y un sistema eléctrico más pequeños, reduciendo así los costos totales. El rastreo funciona mejor en climas soleados y despejados. Es menos efectivo en climas nublados o en los días invernales cortos.

El almacenamiento es importante. Podría requerirse una reserva para tres a diez días, dependiendo del clima y el uso del agua. La mayoría de los sistemas usan el almacenamiento de agua en lugar de las baterías. Por razones de simplicidad y economía. Un interruptor de flotación puede desactivar la bomba cuando el tanque de agua se llena, para evitar derrames.

Comparado con los molinos de viento, las bombas solares son menos costosas, y más fáciles de instalar y mantener. Estas suministran un flujo constante de agua. Pueden instalarse en valles y en áreas boscosas donde la exposición al viento es pobre. Un panel FV puede colocarse a cierta distancia de la bomba misma, aún a cientos de metros de distancia (100 m).

Para qué se usan:

Abrevamiento de ganado: Los ganaderos en América, Australia y Sudáfrica son usuarios entusiastas de las bombas de agua solares. Sus fuentes de agua están dispersasen amplias áreas en las cuales las líneas eléctricas son escasas o existentes, y los costos de transporte y mantenimiento son altos. Algunos rancheros usan las bombas solares para distribuir el agua a lo largo de varios kilómetros (hasta 5 Km.) de tuberías. Otros usan sistemas portátiles, llevándolos de una fuente de agua a otra.

Irrigación: Las bombas solares se usan en granjas pequeñas, huertos, viñedos y jardines. Es más económico bombear directamente del panel FV (sin baterías), almacenar agua en un tanque, y distribuirla por flujo de gravedad. Donde se requiera la presurización, las baterías de almacenamiento estabilizan el voltaje para distribución y flujo consistentes, y podría eliminar la necesidad de un tanque de almacenamiento.

Agua para uso doméstico: Las bombas solares para casas privadas, villas, clínicas, etc. Una bomba de agua puede alimentarse con su propio panel FV, o a través de un sistema principal que alimente las luces y los electrodomésticos. Puede usarse un tanque de almacenamiento elevado, o una segunda bomba llamada bomba impulsora, la cual puede suministrar presión de agua. O, el sistema principal de baterías puede suministrar el almacenamiento en lugar de un tanque. El atrapar el agua de lluvia puede suplir el bombeo solar cuando la luz solar es escasa. Para diseñar un sistema, es importante tener una idea general de las necesidades y considerar todos los recursos.

Pensando en pequeño

No existen límites para el tamaño de las bombas solares. Pero, éstas tienden a ser más competitivas en instalaciones pequeñas donde los motores de combustión son menos económicos. Las bombas solares más pequeñas requieren menos de 150 vatios, y pueden elevar agua desde profundidades superiores a 65 metros a 5,7 litros por minuto. Ud. se sorprenderá del desempeño de un sistema tan pequeño. En un día soleado con 10 horas de luz solar, la bomba puede elevar 3.400 litros. Eso es un suministro suficiente para varias familias, ó 30 cabezas de ganado, ó 40 árboles frutales.

El bombeo solar lento nos permite utilizar fuentes de agua de bajo rendimiento. También reduce el costo de tuberías muy largas, ya que pueden usarse tubos de diámetro pequeño. La longitud de la tubería tiene poca influencia sobre la energía requerida para bombear, por lo que el agua puede ser impulsada a grandes distancia a bajo costo. Las bombas solares pequeñas pueden instalarse sin necesidad de equipo pesado o herramientas especiales.

La forma más efectiva de minimizar el costo del bombeo solar es minimizando la demanda de agua a través de la conservación. La irrigación por goteo, por ejemplo, puede reducir el consumo a menos de la mitad que con los métodos tradicionales. En los hogares, los sanitarios con bajo consumo de agua pueden reducir el uso doméstico total a la mitad. La eficiencia en el uso del agua es una consideración primaria en la economía del bombeo solar.

Enfoque su Diseño Cuidadosamente

Cuando están presentes un generador u otra fuente principal, usamos una bomba relativamente grande y encenderla sólo cuando sea necesario. Con las bombas solares, no podemos darnos ese lujo. Los paneles FV son costosos, por lo que debemos determinar su tamaño de forma exacta. Es como arreglar un traje a la medida; Ud. necesita tener todas las medidas.

Aquí están algunas orientaciones para los datos que necesitará para determinar sus necesidades, para diseñar un sistema, o solicitar una proforma de un proveedor.

Cuestionario para el Diseño de una Bomba Solar

Ahora, determinaremos si es mejor una bomba sumergible o una bomba de superficie. Esto se basa en la naturaleza de la fuente de agua. Las bombas sumergibles están adaptadas tanto para pozos profundos como para fuentes de agua superficiales. Las bombas de superficie sólo pueden bombear agua desde una profundidad de 20 pies (6 m) por debajo del nivel del suelo, pero pueden bombearla fácilmente colina arriba. Donde pueda usarse una bomba de superficie, esta será menos costosa que una bomba sumergible, y hay a disposición una gran variedad de ellas.

Ahora, necesitamos determinar la tasa de flujo requerida. Esta es la ecuación en términos bastante simples:

Galones (metros cúbicos) por hora = galones (metros cúbicos) por día/ horas pico de luz solar disponibles por día.

Las horas de luz solar pico se refiere a las horas equivalentes promedio de energía solar recibida por día. Estas varían con la ubicación y la estación del año. Por ejemplo, en el árido centro-oeste norteamericano el promedio es de 7 horas en el verano y disminuye a 4,5 horas pico a mediados del invierno

Ahora, nos referiremos a nuestros gráficos de desempeño para el tipo de bomba más adecuado. Estos especifican el tamaño y configuración (voltaje) del panel solar necesario para hacer funcionar la bomba.

Introducción Práctica a las Bombas de Agua Solares, baterias, energia solar, electricidad, celdas solares

 

OkSolar.com Serving The Industry Since 1988.
  All rights reserved. All trademarks or product names mentioned herein are the property and responsibility  of their respective owners. 
Credit Pictures provided by PIX along with DOE/NREL 

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