Welcome to EYE Q Spectra Private Limited

EYE Q Spectra Solar Generator

Features Of EYE Q Spectra Solar Generator

  • Usually, utility electricity is used directly to run the load. as seen in schematic diagram A.
  • An independent diesel generator can power the load in the absence of utility electricity.
  • Similar to a DG, the solar generator directly powers the load. EB's assistance is not required for it to drive the load. Utility power is only used to supplement the batteries' residual charging needs once the solar power source has run out. As a result, the charger capacity and the necessary EB capacity are equal. In this manner, the contract demand on EB is lowered to the charger's capacity. Examine schematic diagram B.
  • There are three major parts to a solar generator. Utilising the sun's energy, solar panels send energy to the load through storage batteries, and an integrator unit coordinates load management with power generation, storage, and need.
  • The SG's energy tank and battery bank will supply power to the whole load attached to it.
  • Solar panels provide the solar generator with additional energy. It does, however, have the ability to accept power from other sources to replenish the tank.
  • The following advantages are provided by the supplied electricity, which has a constant voltage, rated frequency, unit power factor, and less harmonic distortion.
  • The most affordable power comes from solar generators, which have a 25-year lifespan and an energy cost of between Rs. 2.5 and Rs. 2.8 per unit.

Energy tank of Solar Generator

  • A solar generator's battery bank serves as its energy tank.
  • The battery bank is constructed from a 2V single-cell lead acid flooded battery, which has a special chemical makeup that allows it to deliver large surge currents.
  • Time tested rugged design specially made for catering to rough loads from industries and commercial concerns.
  • long-lasting, tried-and-true design made especially to support big loads from companies and sectors.
  • Battery banks are created by connecting battery arrays in series and parallel, so the performance of any one battery is not critical to the bank.
  • A battery management system that is installed in the integrator controls how the battery bank operates.
  • Any battery in an array that overheats is isolated by a fusible link between its terminal connections.
  • controlled the gasing voltage to limit the amount of fumes produced.
  • Specifically crafted Ceramic Vent Plugs to prevent fume emissions and battery hydration.
  • Insulating caps are placed over battery terminals to stop unintentional external shorting.
  • Fuse protection and manual isolation for the battery bank.

The Engine of Solar Generator – The Integrator

  • Converter from AC to DC
  • DC to AC Inverter
  • Battery Charger For AC and DC Supplies
  • Step up/ Step down Transformers
  • Output Stabilizer Modules
  • Dynamic Source Selection Controls
  • Battery Management System
  • Load Management System,
  • Harmonic Arrestors
  • Heat Controllers
  • Electrical Safety Monitoring Circuits
  • Remote Monitoring System

EYE Q Spectra Solar Generator - The Gen Next Renewable Energy Evolution

  • Any electrical load requires a power source for its operation.
  • If a power source of adequate capacity is given, any load can be operated. For ordinary AC motors the power source may be EB grid or DG set. But they can also be operated with a Battery bank with an inverter, as is done at home, but with high capacity.
  • But only a charged battery bank can deliver power. Hence the batteries are to be charged for operating the load. Solar PV cells in solar panels can be used to charge the batteries with the help of charge controllers
  • In short, if adequate number of solar panels are installed, the battery bank can be fully charged and a charged battery bank can deliver power to drive the load with out EB power.
  • In case the panels are not adequate in number, there will be shortage of charge in the battery bank. This shortage can be compensated by charging the batteries from EB line using a battery charger like home inverter- battery sets.
  • When the solar panel shortage is known in advance, the compensating charger capacity can be designed in advance and installed. This charger capacity will become the load of the system as only this charger is connected to EB line.
  • We operate loads using battery bank of very high capacity this way. The power we require from EB for driving the load is limited to the charger capacity only , the rest is managed with solar panels. SG this way is a capacity multiplier

Scalable Modular Solutions

  • Preliminary survey of machines to determine inefficiencies on full load/part load
  • Machine specific solutions to mitigate inefficiencies
  • Clustering of inefficient machines as a module and isolation from grid
  • Supply of Overleap Quality Electricity from our energy reservoir to the above module
  • Performance and productivity analysis of the module for a period of 6 months
  • Scaling up the size of the module to include more units and upgradation of facilities to SG grade

Comparison With Any On Grid Solar Solutions

SG draws power from its battery bank to power the unit's whole electrical load. lack of power supply control. The utility provides power straight from the grid.
gives the industrial unit a continuous electricity supply, which is the basic component of production. lack of power supply control. Possible disruption of power. The grid supplies the same amount of power to the industrial unit.
Unmatched power quality with a voltage range of +/-1% and a frequency range of +/-0.1%. no control over the power supply's timing or quality. Power characteristics provided by the utility are unstable and contaminated by harmonics.
accountable for the client's efficient power supply.y. Absence of accountability for power supply
With the least amount of conversion loss possible, every watt of solar energy is collected, stored, and sent from the battery bank for use. The inverter's capacity to adapt irregular solar power input to grid circumstances limits export to the grid. Mismatches cause time waste that leads to unsolved
A 15% net reduction in power usage was achieved by efficiently utilising the reactive power from inductive loads. Lack of ability to lower power consumption and affect the development of harmonics and reactive power.
Reducing energy charges and maximum demand both lessens reliance on grid supply. Up to 70% off on bills is conceivable. can minimally aid in lowering energy costs. Absence of control over fixed fees limiting the potential to lower the overall electricity bill.

EYE Q Spectra Benefits For you – At a Glance

  • Generates your own power for YOUR own consumption – Green and Clean
  • Reduces electricity bill up to 100% of the present bill
  • Single phase supply enough up to 50 kW load
  • Load is connected only to our battery bank and not to the grid
  • EB transformer capacity need not increase when connected load increases
  • Can increase capacity without new EB transformer
  • Taps multiple sources of energy-Renewables, Utility Grid, Diesel generators for charging the battery bank.
  • Battery bank gets charged even when it operates the load asrequired.
  • Intelligent source selection for charging – priority to the cheapest source of energy at anytime.
  • Contract demand from EB can be reduced considerably.
  • Drastic Fall in EB Bill
  • A de rated diesel generator can top up the battery bank during extended power cuts and heavy monsoon
  • Battery bank – 2V,single cell High AH batteries with our proprietary cell chemistry and design
  • Steady, Quality power- No maintenance problemsfor electrical machines
  • No idling manpower due to power cuts or maintenance shutdowns.
  • Remove all UPS from your establishment- No need for UPS/ Inverters at all.
  • Separate stabilizers forsensitive equipment are not required.
  • Saving in mains Panels and DBs as UPS/ panels, DBs,cabling, and earth conductors are not required
  • 10 years warranty for integrator and battery. 25 years warranty for solar panels