Thursday, 19 October 2017

SINE WAVE INVERTER TECH WITH ONLINE TRAINING ON (DSP30F2010 IC)

DSP30F2010 SINE WAVE INVERTER TECHNOLOGY

We offer an online training on sine wave inverter technology through our social media platforms

§ Specifications for dsp30f2010 pure sine wave Inverter Technology:

Output Waveform: Pure sine wave 50-60hz
12v/24v/48v/96V DC input
220v-240v AC output
Output frequency: 50Hz
Rated Power: 850VA - 7.5KW
Work Efficiency: 85%-95%
User friendly operation
LCD/LED indication DISPLAY
Full power and soft start
High transformer efficiency, fast start
Strong adaptability and stability
Safe and reliable with built-in fuse
Temperature controlled fan, safe & efficient
Low voltage protection
Over voltage protection 400vac
Over load protection (adjustable with a keypad)
Short circuit protection
Input reverse connection protection
Over temperature protection
20khz switching frequency
Now you can be a Technology Independent manufacturer with our Solar and dsp sine wave Inverter Technology.

This inverter is best suited for manufacturing of domestic and office applications as it is simple and easy. It consists of only few components which are easily available, it has only simple components which are single sided PCB card. This board will be completed by mounting of heatsink along with MOSFET and soldering of few components. It contains LCD which displays all the parameters of the system and gives an indication about any error during the functioning of inverter. A 16 character double line type LCD will show the status of the inverter. It is very simple to set the values in menu driven set-up mode and is very easy to handle also by using a three button keypad.
SETUP COST AND EQUIPMENTS:
soldering irons, digital multi-meters, RPS, Glue guns and etc. which cost less

How to Build a Solar dsp Inverter at Low Cost with Our Technology?

For Production of 1000 watt Solar Inverters the list is as follows:

Inverter Card

Solar Zero Drop Card

Copper Transformer

Casing & Others

Note:

Above list is for 12V / 850VA with 30 Amps solar Charge Controller.

Production Cost may reduce up If you go for Aluminium Transformer.

Important Precautions to be Taken to Maintain this Solar Inverter:

Mains switch should be kept in ON position

Mains input should always be connected, to keep the battery in charging condition.

Water or any other liquids should never enter into circuit

This system installation place should be well ventilated and it should be easily accessible for servicing.

How to Contact Us:

Are you looking for solar Inverter Technology Transfer? Then you came to the right place. We have a sophisticated technology with us. If you are really interested to set up a Manufacturing unit,
CALL/WHATSAPP : +2347018399701
JOIN OUR ONLINE TRAINING VIA WHATSAPP LINK : (https://chat.whatsapp.com/I3iz3OX7PnhE0nAQO4UvXA)

FOR HEX FILES, SHCEMATICS AND CIRCUIT DIAGRAM YOU CAN ORDER FOR UR EMPTY PCB PANEL AT A CHEAP PRICE
https://chat.whatsapp.com/I3iz3OX7PnhE0nAQO4UvXA

Vidoe setup link: https://youtu.be/VCAVV20hHZA

DURING TESTING

EMPTY PCB CARD

ZERO DROP SOLAR CHARGE CONTROLLER WITH LCD DISPLAY

COMBINE OSCILATING BOARD WITH MOSFET BOARD

TESTING OF THE BOARD


GREEN BOARD WITH COMPONENT

CONTACT EMAIL : DSPFEM1991@GMAIL.COM
VIDEO LINK: https://youtu.be/hAwCUGleGOQ

Tuesday, 8 August 2017

SOLAR CHARGE CONTROL (ZERO DROP) WITH CURRENT SENSING

CURRENT SENSOR PWM CHARGE CONTROLLER

ZERO DROP SOLAR CHARGE CONTROLLER USING PIC16F876A (WITH ACS712 CURRENT SENSOR)

ZERO DROP SOLAR CHARGE CONTROLLER

PROJECT DESCRIPTION:

This circuit degisn is called ‘zero drop PWM solar charge controller’ because it doesn't have any diode drop of 0.65v.This is a mosfet based design which has very negligible voltage drop of 0.05v or less which means the loss is very less, ideal for solar applications.

NOTE : This design has a current sensing features with the aid of (ACS712 CURRENT SENSOR)

Since the drop is less, the losses are minimised so the efficiency achieved is > 99.5%

In this circuit design, two n - channel mosfets are connected in such a way that their sources become common and the drains will be connected to the negatives of battery and solar panel respectively and the gate will be triggered by the microcontroller (pic16f876a).

The positives of solar panel and battery will be joined directly and the circuit is powered from that joint.

When the solar power was present the circuit gets activated and micro-controller will pumps the signals that will be enough to trigger the gate of mosfet, when the gate was triggered the negative voltage will flow through the mosfet and then the battery will be charged through solar panel.

Specification:

Voltage 12v - 96v dc

Current 10A - 75A

Efficiency > 99.6%

Protection against : Panel reverse

Battery reverse

Battery Overcharge ( full charge cut - off level can be set )

Charger is monitored - 16 x 2 lcd display

Other feature - Opto - Coupler output for Charging signal to external circuits (like inverters)

FIG1

FIG 2

FIG 3

FIG 4

CLICK HERE FOR MMPT CHARGE CONTROLLER HERE
CONTACT ME ON ; +2347018399701
EMAIL; DSPFEM1991@GMAIL.COM

Sunday, 25 June 2017

ONLINE TRAINING ON DSPic SINEWAVE INVERTER DSP30F2010 SINEWAVE INVERTER COMPLETE FILES

DSP30F2010 SINE WAVE INVERTER

DSP30F2010 TECHNOlOGY