Solar Telecom Tower

Solar Telecom Tower

Solar Power Plant For Telecom Towers

FEATURES: Power supply to Telecom Towers Approximately 70% Saving on diesel fuel Stand alone can be integrated with existing Telecom tower power supply unit Remote monitoring Data logging system Silent, non-polluting renewable Can be installed expanded easily Extremely reliable with minimal maintenance

Electricity is the most critical component of the communication system and its availability must be near 100 percent. Most of the communication systems are located in the remote areas where there is limited access to resources harsh weather conditions throughout the year. For these reasons, solar PV systems are increasingly being used as a power source for telecommunication applications. For industrial and commercial buildings, rooftop solar technology is the best option as other renewable energies are not feasible in small-installation. Solar system can be deployed almost everywhere. Solar diesel hybrid systems are used, particularly if the peak power demand is much greater than the average demand. In these hybrid systems battery is critical component and deep-cycle lead-acid batteries or nickel-cadmium (NiCd) batteries are recommended for this application. Solar in communications can be used in: Government Agencies Military Mobile Radio Systems Radio Communications Telephone Utilities Users In India, telecommunication companies are the major market segments with almost 250,000 telecom towers and more to come in upcoming years. Such towers consume about 2 billion litres (about 530 million gallons) of diesel every year. Thus, telecom companies are looking toward renewable energy to fulfill their power needs. Solar PV-based hybrid systems provide a great alternative to diesel power, a is independent of increasing diesel fuel prices, and also help minimize the logistical challenges of transporting and storing diesel fuel at remote tower locations.

It is estimated that the Information and Communications Technology (ICT) sector worldwide is responsible for around 2 per cent of global CO2 emissions. India has around 300,000 Solar Telecom Towers around the country, a large portion of which is not connected to the electricity grid. Another large portion does not have access to reliable electricity implying they have to install backup power systems in order to run without interruptions. Diesel Generators have been the choice of telecom operators despite their high carbon imprint. This is because of the ease of buying and installing diesel Generators. Usage of more than 2 billion liters of diesel every year, have brought this sector under the government scanner.

As a prominent firm, we are engaged in presenting a comprehensive range of Solar Electricity For Telecom Tower. These products are extensively employed due to easy functioning and top performance. Features: Light weightFeasible ratesLess maintenanceSturdinessExcellent strengthDurability

Using an off-grid solar system means avoiding power outages, reducing electricity costs, easing installation presenting an alternative power source for rural areas, and keeping the environment clean and green. All of this is attractive for people who want to save money while helping mother nature.

Solar Powered Movable (Tow able) Center Pivot Irrigator has a Center Pivot with 180 feet to 230 feet, boom, including 20 -30 overhang, revolving around it, in 360 degrees, delivering water like rain. Water is applied at this stationery Pivot point. Special bearing holds the Coupler with Rubber Boot avoiding leakage, while total water carrying structure is rotating. A stable A frame, 48 Volts 100-150 Watt, Geared DC Motor, coupled to a Heavy Duty Gear Box, ultimately drives the wheels with Low Pressure Tractor Tires, at maximum speed of about 6 feet / Minute, and can be reduced to 10% with the help of setting, in order to increase the water supply. A Hot Dipped Galvanized Pipe carries water for irrigation. Hot Dip Galvanized or Epoxy Coated structure makes the machine stable, while moving around the Central Pivot to irrigate the farm. The complete structure is transported in parts and is installed at site. Goose Necks with heavy pendants, at predefined calculated points, holds Sprinklers. The length of the pendent can be adjusted to suit the crop, crop conditions and cropping pattern. Proper selection (through computer program) of distance between the two adjutant sprinklers and the discharge through the same distributes the water evenly throughout the covered area, such that every part of the farm will get the same amount of water. Thus discharge from the sprinkler near the Pivot point is quite low as compared to next one, since it covers the smaller area. The Sprinkler at the far end spreads maximum water. The sprinklers works on Low-pressure (1.5 to 2.0 Kg /cm2) reduces the overhead on the Pump.The yield is to the tune of 160-180% of the flood Irrigation, basically due to even distribution of Water, Liquid Fertilizers, Liquid Insecticides, Liquid weedicides which can be distributed along with water is an added feature of this machine. Water requirements reduce by 40 - 50%, thus reducing the pumping cost still further.The use of Solar Power with storage batteries makes the machine operative, even during the nights, reducing the water requirements still further. The machine can be programmed to have any water scheduling. The Real Time Clock (RTC) in the logic controller takes care of the schedule in REAL TIME.

Our Solar Telecom Tower are ideal lighting systems for the telecom towers in remote areas where electricity supply is very low and there our solar telecom tower supports a lot. Area of Preferences :- Ankleshwar,Kim,Olpad,Kamrej,Kadodra Bardoli,Vyara,Dang,Navsarui,Billimora,Valsad,Vapi,Daman Silvasa.

As a expansion of the telecommunication networks world wide, greater focus is being placed on the provision of rural communication services. Site access is often difficult and connection to a central electricity grid is seldom possible. A stand-alone / Hybrid Solar power system is required, which must be cost effective, simple to maintain and, above all, reliable. Topsun has been working in Solar Energy Field for more than 13 Years. Our reputation as the leading supplier of solar power systems has been established through proven performance, the supply of highly reliable systems and by integrating skills across the key areas of manufacturing, product engineering and customer support.

Telecom towers require 24/7 power supply. Traditionally it used to draw the required power from grid and alternatively DG sets. As per the situation the best solution to overcome the problem of connectivity, the telecom system should be taken care by renewable Energy sources. When Telecom Operator decides to set up a new radio site, we must ensure that it meets quality of service requirements and is financially profitable.

Solar Telecom Tower

towers

Solar Power system Telecom

Rolta power offers two types of solutions for telecom solarization with CAPEX and OPEX models. 1.Off-grid DC Solution. 2.PV - Wind hybrid solution. We will claim subsidy for you.We will provide system integration, installation commissioning and after sale services.We will take your headache and give you value.

CCE EMSaaS Services provide a solid business case for any off-grid site or poor grid site. It makes sense considering: 1. Our System provides maximum optimal savings according to performance cost benefit analysis 2. Our system is designed specifically for cell tower sites, by industry leading electrical engineers who have worked in the GSM space...

Supported by trained personnel, we are readily engaged in presenting a comprehensive spectrum of Solar Telecom Tower.

Features: Power supply to Telecom TowersApproximately 40% Saving on diesel fuelStand alone can be integrated with existing Telecom tower power supply unitRemote monitoring Data logging systemSilent, non-polluting renewableCan be installed expanded easilyExtremely reliable with minimal maintenance

With the assistance of our talented team of professionals, we are providing a high quality range of Solar Telecom Tower. Uses: It may operate in regions with an unreliable grid or no grid supply while the others operate in regions with a stable grid supply but face high electricity costs. Features: Durable finishRobustnessHigh strength

Telecom towers require 24/7 power supply. Traditionally it used to draw the required power from grid and alternatively DG sets. As per the situation the best solution to overcome the problem of connectivity, the telecom system should be taken care by renewable Energy sources. When Telecom Operator decides to set up a new radio site, we must ensure that it meets quality of service requirements and is financially profitable.

The Solar Street Light system is specially designed for outdoor application in un-electrified remote areas as well as urban solar electrification to conserve energy. This System is an ideal application for campus and street lighting. The system is provided with battery storage backup sufficient to operate the light for 12-14 hours daily with a autonomy of 42 hours (MNRE) Also provided is the automatic ON/OFF time switch for dusk to drawn operation and overcharge / deep discharge prevention cut off with LED indicators. No requirements for laying down the transmission, as every unit comes as an independent kit. Roadways Pedestrian Streets Residential Colonies Remote/Rural Locations Docks and Piers Parking Lots Commercial Campuses Outdoor Spot Lighting

It is estimated that the Information and Communications Technology worldwide is responsible for around 2 percent of global CO2 emissions. India has around 300,000 Solar Telecom Towers around the country, which makes ecofriendly environment