
The sun is the biggest source of renewable energy on the planet. Solar power doesn't use fossil fuels, and is a non-renewable energy source. As the price of fossil fuels and other non-renewable energy sources skyrocket, consumers are being forced to think about other sources of energy. This is why, over the years, Solar Energy has found its way into our homes, offices, gardens and streets; while protecting the planet and helping us to save a fortune on our electricity bills.
Furthermore, the recent innovations in Solid State Lighting technology have made it possible for the mass adoption of high-efficacy energy efficient LED luminaires in conventional lighting applications. When equipped with solar power, LED street lighting offers a unique solution to reduction in electricity bills for city councils and Solar LED street lighting applications comprise of 3 phases: energy collection (solar panels), energy storage and energy conversion. Solar Panels form the core element of the design which collects and converts solar energy into electric energy which is then stored into the Energy Storage devices (e.g. high energy density batteries) during the day. During the night, power is fed into the LED arrays from the batteries through a DC/DC converter circuitry (or DC/AC if power is to be fed back into the energy grid). The entire operation from charging to monitoring the entire system is controlled by an MCU that supports a higher number of I/O pins to receive external control signals.

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| AVAGO TECHNOLOGIES | LED | Soldering and Handling of High Brightness | AN5334 | | Click here |
| CIRRONET | ZigBee Module | 2.4 GHz ZigBee Transceiver Module | | ZMN2430-R ZMN2430-R | Click here |
| CREE | LED | LED_Lamp_Packaging | | P4LED | Click here |
| CREE | LED | LED_Lamp_Reliability_Test_Standard | | P4LED | Click here |
| CREE | LED | LED_Lamp_SolderingHandling | | P4LED | Click here |
| FREESCALE SEMICONDUCTOR | MCU | AN1986 Using the TRIAX Evaluation Board | AN1986 | MC68908 MC68908 | Click here |
| FREESCALE SEMICONDUCTOR | MCU | Developer's Serial Bootloader for M68HC08 and HCS08 MCUs | AN2295 | MC68HC908 MC68HC908 | Click here |
| FREESCALE SEMICONDUCTOR | MCU | EEPROM Emulation Using FLASH in MC68HC908QY/QT MCUs | AN2346 | MC68HC908 MC68HC908 | Click here |
| FREESCALE SEMICONDUCTOR | MCU | Generating Clocks for HC908 MCU Families | AN2508 | MC68HC908 MC68HC908 | Click here |
| FREESCALE SEMICONDUCTOR | MCU | Initial Trimming of the MC68HC908 MC68HC908 ICG | AN2498 | MC68HC908 MC68HC908 | Click here |
| FREESCALE SEMICONDUCTOR | MCU | Low-Cost Programming and Debugging Options for M68HC08 MCUs | AN2317 | MC68HC908 MC68HC908 | Click here |
| FREESCALE SEMICONDUCTOR | MCU | MC68HC908EY16 ESCI LIN 1.3 Drivers | AN2575 | MC68HC908 MC68HC908 | Click here |
| FREESCALE SEMICONDUCTOR | MCU | Slave LIN Driver for the MC68HC908QT/QY Family | AN2503 | MC68HC908 MC68HC908 | Click here |
| FREESCALE SEMICONDUCTOR | MCU | Using FLASH as EEPROM on the MC68HC908GP32 | AN2183 | MC68HC908 MC68HC908 | Click here |
| FREESCALE SEMICONDUCTOR | MCU | Using M68HC908 ROM-Resident Routines | AN2874 | MC68HC908 MC68HC908 | Click here |
| FREESCALE SEMICONDUCTOR | MCU | Using MC68HC908 MC68HC908 On-Chip FLASH Programming Routines | AN1831 | MC68HC908 MC68HC908 | Click here |
| STMICROELECTRONICS | Lead-acid battery | Solar-LED Streetlight Controller with 25 W LED Lamp Driver and 85 W Battery Charger Based on the STM32F101Rx | AN2946 | STM32F101Rx | Click here |
| MICROCHIP | Battery Charger | 16HV785: Programmable Lead Acid Battery Charger | AN1015 | 16HV785 | Click here |
| MICROCHIP | MCU | An I2C Network Protocol for Environmental Monitoring | AN736 | PIC16C PIC16C | Click here |
| MICROCHIP | Battery Charger | AN960-New Components and Design Methods Bring Intelligence to Battery Charger Management | AN960 | | Click here |
| MICROCHIP | MCU | Migrating Designs from PIC16C74A/74B to PIC18C442-I/P PIC18C442-I/P | PIC16C PIC16C | Click here |
| MICROCHIP | MCU | Migrating Designs from PIC16C74A/74B to PIC18C442-I/P PIC18C442-I/P | AN716 | PIC16C PIC16C | Click here |
| MICROCHIP | MCU | ROM Code Submission Application Note | | PIC16C PIC16C | Click here |
| MICROCHIP | MCU | Using the PICmicro MSSP Module for Master I2C Communications | | PIC16C PIC16C | Click here |
| ON SEMICONDUCTOR | Power management | NCP1294: Solar Power Maximum Peak Power Tracking (MPPT) Controller | | NCP1294 | Click here |
| TEXAS INSTRUMENTS | Solar Power | MSP430x1xx Family User's Guide | | MSP430 MSP430 | Click here |
| TEXAS INSTRUMENTS | Solar Power | MSP430F11x1A Device Errata | | MSP430 MSP430 | Click here |
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