Elite Infrastructure Pvt. Ltd. Senapati Bapat Road, Pune, Maharashtra

Access to energy, especially for rural communities, represents a central pillar of development. The upfront investment required to link villages to the electrical distribution network is and will likely remain prohibitively expensive in terms of construction and community affordability. Solar off-grid energy supply based on mini-grids can be developed and designed to provide essential access to electricity in rural areas. Due to the remoteness of the locations, such solutions, using appropriate business models, represent a cheaper option than extending the national grid. In this, the electricity generated thru Solar PV Panels goes to an inverter that converts direct current into alternating current, which is then fed directly or indirectly (via the batteries) into the electricity network. The electricity reaches all customers connected to the network as shown in the diagram above. Mini-grids vary in technical features, with a typical capac­ity being between 1kWp and 200kWp, with different states adopting different capacities and models depending on their local requirements and conditions.

Solar water pumps are used throughout the world for a number of innovative applications. If you in a remote area and the cost of running traditional water piping is cost prohibitive, a solar to water pump may be the right solution for your water supply needs. Additionally, if you are looking install a Solar Water Heaters system in your home, you will want to use the right solar water pump. Solar water pumping systems are used to pump water for livestock, crop irrigation, and even for simple domestic water supply where a home or town is remote and off the water pipeline. Submersible Solar Pumps lift up to 650 feet and fit in a 4" or larger well casing and are used when the water supply is more than 20 feet from the surface. They can operate directly off solar panels, batteries, or in some cases, an AC power source.   Types of Solar Water Pumps: A) Submersible Solar Pumps: Submersible Solar Pumps lift up to 650 feet and fit in a 4" or larger well casing and are used when the water supply is more than 20 feet from the surface. They can operate directly off solar panels, batteries, or in some cases, an AC power source. B) Surface Solar Pumps: Surface Solar Pumps are good for applications with shallow wells, ponds, streams or storage tanks. They are best if the water supply is 20 feet or less from the surface.   Benefits of SPV Pump: Existing AC -1Phase, 3Phase Pump can be operated on SPV Low Pump cost Easily available Wide product range Proven and reliable technology Low maintenance Eliminates battery requirement Why SPV Pump? SPV Pump technology is not dependent on electricity nor on diesel Nowadays power crises are huge and when available, is very erratic Solar Energy is source of abundance green and clean energy No running charges after initial investment System is free from feeder damage, supply cut, price rate hike Pump can be run for 5.5 hrs daily

ATMs and remotely operated electrical devices and requirements can be customized to operate on Solar DC system and Off-Gird Solar Power System. Solar Powered Bus Stop includes Digital Display shows name of Bus Stop, Luminiries, Wifi System, Fan, Power Supply sockets for Advertise, Mobile and Laptop charging. Any type of remotely operated ATM's can be customized for DC or Off-Grid Solar Systems.     A) Solar ATMs Accessibility to ATM’s for remote locations can be made possible thru solar powered ATM’s. A tuned system can be deigned to power the ATM for 24 hours facility. Solar ATM is nothing but the Solar Powered Off-Grid System. It operates directly on the batteries. Components: Solar PV Panels, Charge Controller, Inverter, Battery bank.   B) Solar Powered Bus Stop Solar power is used in bus stops to keep it illuminated the night long without depending on the grid. The bus stop can be also used for advertising. Components: Solar PV Panels, Inverter with MPPT, Luminary (18W LED Tubelight), Cables & Electrical accessories, Structures, Enclosure.

In this system, all the Solar Panels, Batteries and Control Systems are installed at a single location and power distribution done on existing wiring with all features centrally monitored. Solar power will charge the battery bank in the daytime and the stored power. Feature: Off grid, Storage battery & MPPT. Advantage: No using electricity, Solar energy storage available. Benefit: No bill for electricity, and apply to area without electricity, No matter day time or night time, with sunshine or without sunshine, can use ACfreely. Technical Features:- Direct DC 48V power supply, no extra conversion device. Easy installation, very similar to the traditional airconditioner. Not limited by power supply and climate, apply for any place use. (Suitable for T3 tropical area) Full 3D Control, adopting well-known DC compressor, DC indoor & outdoor fanmotor.

Hybrid System FAB:- Feature: Doublepower. Advantage: Saving electricity, max 95% and average 70%, easy installation. Benefit: Reduce electricity cost, and the same installation with usual AC. Feature: Dynamic adjust and solar priority. Advantage: The proportion of solar and electricity is dynamic, when solar down the electricity will up. When no sunshine it will be a full DC inverter by electricity. Benefit: Min 2*265W solar panels, without solar panels can be used as normal DC inverter. High-Quality Components: Environment friendly refrigerantR410A Well-known brand DC compressor Own-development PCB control system Top brand electronic expansion valve Proven and reliable technology DC remarkable brand indoor & outdoor motor Advanced frequency control technology: 180°sine wave DC inverter technology (Min 1Hz) 150V-260V Wide-range voltageoperation Power factor correction technology Precise temperature control with ±0.5℃ -20℃ low temperaturestart Double row golden fin(faultless) with hydrophilic and anti-corrosionfunction   User-friendly design, Extremeconvenience: Human sleep mode, Improving the quality of rest Open the sleep timer operation conditioning system automatically changes the set temperature (rise 0.5℃ when cooling, reduce 2℃ when heating) per hour to prevent overcool or overheat. Intelligent dehumidification, dry and pleasant Chip control dehumidification, Air flow and temperature are automatically controlled, recommended for use in the rainy season. Precise timing, Free to set the A/C on and offtimes By remote control, Set the air conditioning on or off at any moment within 24 hours. Just click timing on-off button, will be able to set the desired open and shut downtime. Power failure and memory function Even if disconnect the power when the air conditioning is running, will record the operation mode before power failure. Automatically return to the former set mode when the power back. Digital E key button, operation more convenient 1)Normal remote controller has complex operation, but with Econtrol technology, one button to start a number of operations, like automatically cooling, heating, winddirection. 2) Fluorescent keys innovative design, no need to get up at night, particularly suitable for the elderly andchildren. 3) Choose the optimum temperature of the human physiological curve according to the four seasons temperature change,Accurate calculation of the computer chip, automatically set the operation mode,avoid overheating or overcooling caused by improper setting, healthy and energy-saving. 4) Super Remote Sensing, Long-distance all-round remote control, a wide range of signal, Operation is morecasual.

In this system, all the Solar Panels, Batteries and Control Systems are installed at a single location and power distribution done on existing wiring with all features centrally monitored. Solar power will charge the battery bank in the daytime and the stored power. Advantages:- Use of existing infrastructure of poles and light fixtures Shifting of maximum load to Solar generated power. LED lights reduce power consumption by minimum of 50% Ease in Solar Panel & battery maintenance. No worry of shadow effect in an area. Reduced dependency on Grid power for lighting. Components:- Solar PV Panels Charge Controllers Inverters LED Lights BOS Battery Bank Structures/ Poles   Applications:- Street Lighting in villages and remote locations. Illumination of common areas in housing societies, Industrial and commercial complexes, Roads, Highways, resorts.