3. Product Introduction

Solar-powered lights in high powers (60W-120W150W-250W-300W-350W-

400W to 2000 W) (Unlimited)

3.1. Capacities

3.1.1. Increasing reliability of the system in terms of the LOLP

compared to other commercial competitors

This system exists in snowy, cloudy and even dusty areas. Considering its

special technology, batteries are charged using the photovoltaic panel in the

worst climatic conditions, supporting for at least seven days of cloudy weather.

In other words, with radiation of one sunny day, this system saves energy for at

least seven days.

3.1.2. Increasing light flux of this system compared to other similar

products by regarding its power consumption:

The light flux of 20-watt LED projectors of this company is equal to the light

flux of 100-watt projectors of ordinary LEDs and Owing to the temperature

decrease, LEDs have longer lifetime than other similar products and in the

tropics have better performance and much lifetime than other similar products.

3.1.3. Decreasing costs dramatically compared to other similar

products

In terms of the special technology used in controlling circuits and lighting of this

system and lack of need of projectors for heat sink, the equipment cost is half,

therefore, the total cost of the system is half and have longer lifetime (twice)

compared to other similar products. In other words, the projector of solar system

available on the market generates 120 Watt electricity, which is not economic in

comparison with cable and traditional systems. In contrast, the powerful solar

system produced by this company have powerful solar projectors with higher

than 120 Watt (to 600 Watt), having higher light flux and lower costs than cable

systems.

3.1.4. The system economic justification

3.1.4.1. The lighting cost of a freeway with a length of 4 km in cable

and traditional method is equal or higher than the solar lighting system

manufactured by this company. In the cable method, if one of the

connective bases is cut, the whole system turns off. In contrast, the solar

system is independent and in the case of any problems in each base, only

that base is turned off. In other words, the solar system is independent and

separate.

3.1.4.2. In cable lighting systems, you must pay their costs to the

electricity company, but in the solar lighting system, until 25 years, there

is no need to pay the electricity costs.

3.1.5. Light and low-cost of the system structure owing to using this

technology

Using this technology due to its low power consumption and high light

flux as well as lightness of its equipment, the system structure is light so

that it can be used in mobile form even in windy regions.

3.2.Specifications of Street Lamps Pole

Led Solar Street Light

Led Lamp

Working Voltage:

12-24 Dc , 220 AC Quantity of LED: 2*150 LED *1 W

Life Time:

50000 h Luminous Flux:

27000 LM

CCT (K):

2000K (Sunny) Degree of Protection:

IP 65

Light Distribution:

180 Deg

Working Temperature rang:

-30 Deg to +50 Deg

Photovoltaic Panel

Max Power Current:

4.61 A Quantity of Panel:

2*90 W Max Power Voltage:

18.5 V Peak Power:

180 W

Open Circuit Voltage:

21.8 V Short Circuit Current:

10.6 A

Size:

1174*810*35 (mm) 12 (kg)

Tolerance:

± 5%

Battery

Capacity: 2*100 Ah Voltage:12 V

Weight: 38 kg Size: 325*215*170 (mm)

Charger Current: 20 A Voltage:12 , 24 V Type: Lighting Size: 110*70*30 (mm)

Pole

Size:4,5 Inch Height: 9 m

3.3.Specifications of Projectors:

4. Activity Fields

Professional designing and implementing types of solar and wind electricity-

generating systems

Designing and manufacturing types of street lamps and powerful solar projectors

with unique features

Lighting public places such as parks, sidewalks, garrison area, factories and offices

A supplying system for residential units and lighting of the building façade

Supplying protective systems such as emergency lighting, fire alarm and closed-

circuit camera

Supplying the power of street panels and road signs

Supplying the power for nomads and remote areas

Solar pumping system in agricultural wells etc.

Supplying power system for telecommunications, media and seismography stations

Supplying portable devices such as calculator, radio, playing equipment and tents

Photovoltaic power plants

Solar refrigerators

Wireless system, flashlight and military instruments

Lighting of advertising billboards

5. A Selection of Implemented Projects

7 MW Solar Power plant in Hamadan. Iran (On Grid)

10 MW Solar Power plant in Kashan. Iran (On Grid)

Supplying power to the CGS

Station with 3 kW power

along with 200-Watt lighting

system Hybrid Gas Turbine

with supporting 10 days of

cloudy weather (Off Grid)

Lighting the area of Water

and Sewage Company with 2

kW power, light flux of 180

thousand lumen and

supporting 10 days of cloudy

weather (Off Grid)

Solar Lighting of

advertising billboards

Lighting of Lars Freeway – Georgia

500-Watt Solar spotlight tower

200-Watt Solar lighting system

10 KW Solar Power plant in

Isfahan. Iran (On Grid)

10 KW Solar Power plant in

Arak. Iran (On Grid)

180 Watt Solar Lighting of Meshkin Shahr Road

200-Watt Solar lighting lamp

- Lighting public places such as parks, sidewalks, garrison area, factories and offices

- A supplying system for residential units and lighting of the building façade

- Supplying power system for telecommunications, media and seismography stations

- Photovoltaic power plants

- Lighting of advertising billboards

The differences of products manufactured by this company:

1. Increase of system reliability in terms of the LOLP

2. Dramatic increase of light flux compared to other

business rivals in the field

3. Dramatic reduction of cost in terms of innovation

existing in its products

The solar lighting systems manufactured by this company,

in comparison to its rivals, have longer lifetime, lower cost

and longer support of cloudy days for 10 days.