WORDPRESSCOM BLINK INTEGRATIONS DRIVER
WORDPRESSCOM BLINK INTEGRATIONS SOFTWARE
WORDPRESSCOM BLINK INTEGRATIONS CODE

#define PWM_START 90 // the value for pwm duty cyle 0-100% #define PWM_MIN 50 // the value for pwm duty cyle 0-100% #define PWM_MAX 99 // the value for pwm duty cyle 0-100% #define PWM_FULL 1023 // the actual value used by the Timer1 routines for 100% pwm duty cycle

WORDPRESSCOM BLINK INTEGRATIONS DRIVER

#define PWM_ENABLE_PIN 8 // pin used to control shutoff function of the IR2104 MOSFET driver #define PWM_PIN 9 // the output pin for the pwm #define BAT_VOLTS_SCALE (4.25/1023)*(120/20) // the scaling value for raw adc reading to get battery volts #define SOL_AMPS_SCALE 0.026393581 // the scaling value for raw adc reading to get solar amps // 5/(1024*0.185) #define AVG_NUM 8 // number of iterations of the adc routine to average the adc readings #define BAT_VOLTS_CHAN 2 // the adc channel to read battery volts #define SOL_AMPS_CHAN 1 // the adc channel to read solar amps #define SOL_VOLTS_CHAN 0 // the adc channel to read solar volts #include 'TimerOne.h' // using Timer1 library from Code, diagrams and explanations you can find to

WORDPRESSCOM BLINK INTEGRATIONS CODE

5/22/19 Added an LCD 4 bit Display to original code by asmlektor 5/1/09 v1.00 First development version. is that you give me credit and add a link to my website to your documentation.

WORDPRESSCOM BLINK INTEGRATIONS SOFTWARE

All I ask is that if you use any of my hardware or software or ideas from this project I'm releasing this software and hardware project as open source. This software implements my Peak Power Tracking Solar Charger using the Arduino Demilove developement Arduino Peak Power Tracking Solar Charger by Tim Nolan (5/1/09

If there is any error in the code please let me know If this is an open sorce, enjoy everyone! For this we must thank again to Tim, whose work has benefited many passionate and future engineers. The Code is perfectly functional and I hope to meet your expectations as well as it has brought me satisfaction, especially after having had an interesting experience with the previous version. The hardware is with small changes, the same with the one from the first version, and I have to publish it after a thorough check. Essentially it remains the Tim`s original one. The code posted here does not have any changes that affect the charger’s operation. Many variants have been built but many others have not produced immediate results. Tim Nolan’s code was the basis for many and many projects and works of many people. What’s important to this code is that it works even better than with LCD. My changes to this code are minimal and related to the the introduction of an LCD display, showing the main operating parameters of the charger. This code is a new version of the Tim Nolan code, designed for MPPT solar charger, after ten years, one of the simplest solutions for implementing a solar charger using the algorithm (P&O) Perturb & Observe.

Headers – 2x 2.Because there are many who have difficulty in putting into operation a MPPT charger, which I also have to admit I met, but I have surpassed them, I will bring in the original code to which I have made minor modifications, but that I have studied for a long time.

USB – micro USB port for power, programming and debugging.

Wi-Fi Module – ESP-12E module similar to ESP-12 module but with 6 extra GPIOs.

LUA based interactive firmware for Expressif ESP8622 Wi-Fi SoC, as well as an open source hardware board that contrary to the $3 ESP8266 Wi-Fi modules includes a CP2102 TTL to USB chip for programming and debugging, is breadboard-friendly, and can simply be powered via its micro USB port. It uses many open source projects, such as Lua-cjson and spiffs. It is based on the eLua project and built on the Espressif Non-OS SDK for ESP8266. The firmware uses the Lua scripting language. The term “NodeMCU” by default refers to the firmware rather than the dev kits. NodeMCU is an open source IoT platform.It includes firmware which runs on the ESP8266 Wi-Fi SoC from Espressif Systems, and hardware, which is based on the ESP-12 module.

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