DSP SINE WAVE SOLAR POWER CONDITIONING UNIT

DSP SINE WAVE SOLAR HYBRID INVERTER SERIES

E-SHARP SOLAR SOLUTION PVT. LTD.

ABOUT DSP SINE WAVE SOLAR HYBRID INVERTER

A solar inverter converts the electricity from your solar panels (DC, or direct current)

into power that can be used by the plugs in your house for your TV, computer, and

other wired products (AC, or alternating current). Panels can’t create AC power by

themselves; they need the helping hand of a solar inverter.

Inverters play a crucial role in any solar energy system and are often considered to be

the brains of a project, whether it’s a 2-kW residential system or a 5-MW utility

power plant. An in erter’s basic function is to in ert the direct current (DC)

output into alternating current (AC). AC is the standard used by all commercial

appliances, which is why many view inverters as the gate ay between the

photovoltaic (PV) system and the energy off-taker.

Inverter technologies have advanced significantly, such that in addition to converting

DC to AC, they provide a number of other capabilities and services to ensure that

the inverter can operate at an optimal performance level, such as data monitoring,

advanced utility controls, applications and system design engineering.

KEY FEATURE OF DSP SINE WAVE SOLAR HYBRID INVERTER

• DSP BASED TECHNOLOGY

• PURE SINE WAVE OUTPUT ON NO LOAD TO FULL LOAD.

• OVER TEMPRATURE PROTECTION WITH COOLING FAN AND SHUTDOWN.

• CONSTANT FREQUENCY OUTPUT.

• TOUCH BUTTONS SELECTION FOR HI-LO BATTERY CHARGING.

• NOISE LESS OPEERATION.

• COMPAITABLE WITH GENERATOR.

• INTELLIGENT BATTERY MANAGEMENT SYSTEM.

• HIGH CURRENT, REVERSE PHASE, REVERSE BATTERY, OVER LOAD & SHORT CIRCUIT- PROTECTION.

• IDEAL FOR MIXED LOAD APPLICATION.

• TOUCH BUTTON SELECTION FOR CHARGING CURRENT, PROVIDES CLOSED UNIT MANAGEMENT BY TECHNICIAN.

• TOUCH BUTTON SELECTION FOR INVERTER / UPS MODE, PROVIDES QUICK SHIFT FROM INVERTER TO UPS MODE.

• MAINS HI/LOW SELECTABLE FROM NARROW BAND TO WIDE BAND.

• LOW STANDBY CONSUMPTION.

• OPTIONAL USB/SERIAL COMPUTER INTERFACE.

• PROVISION FOR GRID CUM SOLAR SHARED/SELECTIVE CHARGING.

TECHNICAL SPECIFICATIONS 300/600/800 VA

CAPACITY 300 VA 600 VA 800 VA

Nominal Input Voltage (DC) 12 Volt 12/24 Volt 12/24 Volt

Input Voltage Range (DC) 10-15 Volt 10-15 Volt/ 20-30 Volt 10-15 Volt/ 20-30 Volt

Number of Batteries 1 1/2 1/2

Battery Capacity (Single Battery) 12 V 200 Ah ( Max. ) 12 V 200 Ah ( Max. ) 12 V 200 Ah ( Max. )

INPUT PARAMETERS

Grid A.C./ D.G. Recommended Input 220V +/- 5V 220V +/- 5V 220V +/- 5V

Grid A.C./ D.G. Low Cut 120V +/- 5V 120V +/- 5V 120V +/- 5V

Grid A.C./ D.G. Low Cut Recovery 130V +/- 5V 130V +/- 5V 130V +/- 5V

Grid A.C./ D.G. High Cut 270V +/- 5V 270V +/- 5V 270V +/- 5V

Grid A.C./ D.G. High Cut Recovery 260V +/- 5V 260V +/- 5V 260V +/- 5V

Recommended Panel Wattage UP TO 300 W UPTO 600 W UP TO 800 W

Charging Current 10 Amp – 40 Amp 10 Amp – 40 Amp 10 Amp – 40 Amp

Charging Type PWM/MPPT PWM/MPPT PWM/MPPT

OUTPUT PARAMETERS

Mains Output 230V +/- 5% 230V +/- 5% 230V +/- 5%

Frequency Regulation 50Hz +/- 0.05Hz 50Hz +/- 0.05Hz 50Hz +/- 0.05Hz

Efficiency > 90 % > 90 % > 90 %

Waveform Pure Sinusoidal Pure Sinusoidal Pure Sinusoidal

Total Harmonic Distortion < 3% (for linear loads) < 3% (for linear loads) < 3% (for linear loads)

Crest Factor > 4:1 > 4:1 > 4:1

Grid Charging Current (can be Changed) 6 Amp – 10 Amp 6 Amp – 10 Amp 6 Amp – 10 Amp

Grid Charging Boost Voltage 14.4 V +/- 0.2V Per Battery 14.4 V +/- 0.2V Per Battery 14.4 V +/- 0.2V Per Battery

Grid Charging Float Voltage 13.7V +/- 0.2V Per Battery 13.7V +/- 0.2V Per Battery 13.7V +/- 0.2V Per Battery

Low Voltage Shutdown 14.4 V +/- 0.2V Per Battery

11.0 V +/- 0.2V Per Battery

LED /LCD YES YES YES

Nominal Input Voltage (DC) 48 Volt 96 Volt 96 Volt

Input Voltage Range (DC) 40-60 Volt 80-120 Volt 80-120 Volt

Number of Batteries 4 8 8

INPUT PARAMETERS

OUTPUT PARAMETERS

Mains Output 230V +/- 5% 230V +/- 5% 230V +/- 5%

Efficiency > 90 % > 90 % > 90 %

Crest Factor > 4:1 > 4:1 > 4:1

TECHNICAL SPECIFICATIONS 5 KVA/7.5 KVA/10 KVA

Nominal Input Voltage (DC) 120 Volt 120 Volt 240 Volt

Input Voltage Range (DC) 100-150 Volt 100-150 Volt 200-300 Volt

Number of Batteries 10 10 20

INPUT PARAMETERS

TECHNICAL SPECIFICATIONS 5 KVA/7.5 KVA/10 KVA

OUTPUT PARAMETERS

Mains Output 230V +/- 5% 230V +/- 5% 230V +/- 5%

Efficiency > 90 % > 90 % > 90 %

Crest Factor > 4:1 > 4:1 > 4:1

E-SHARP – COMMERCIAL TERMS OF BUSINESS

Payment Terms &

Conditions

Prices: FOR Delhi.

Installation Installation Charges will be extra.

Govt. Duty Taxes: Extra as applicable.

Delivery Time Delivery : 1-2 weeks

Payment 50 % Payment with confirm P.O. and 50 % in the Name of E-

Sharp Solar Solution Pvt. Ltd. , Delhi

Payment before dispatch of material

In order to serve our customers better. Our company can adjust parameters configuration

according to customer's requirement.

Thanking You

AMIT KUMAR SHARMA

E-SHARP SOLAR SOLUTION PVT. LTD.

EMAIL : AMITESHARP@GMAIL.COM

SKYPE : AMITESHARP1

PHOHE: +91 7500381654

(WATTSAPP , LINE , VIBER)

DSP SINE WAVE SOLAR POWER CONDITIONING UNIT

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Transcript of DSP SINE WAVE SOLAR POWER CONDITIONING UNIT

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