Alternative Energy

e絡盟 boasts thousands of alternative and renewable energy components ranging from solar panel installation tools to ultra low power microcontrollers. Browse our Renewable Energy site to find examples of solution block diagrams including energy harvesting and PV inverter, as well as recommended products for your next design and application notes.


Product Training

Featured Alternative Energy Resources

Texas Instruments: Solar Development with C2000™ 32-bit real-time MCUs

Jumpstart solar application designs with two new platforms from TI, based on C2000 microprocessors.

NXP's Smart Energy Solutions

Learn how NXP is enabling smart energy all over the world.

TI and National Semiconductor TOGETHER, An Intelligent Solar Micro-Inverter Solution

Check out a solar micro-inverter solution that maximizes power output, provides real time control and performance data and delivers a safer, more reliable next generation system.

Alternative Energy Applications

There are many viable reasons for considering an alternative energy solution to power new designs, especially for those with ultra-low power requirements. Lower total cost of ownership, environmental benefits, and ease of implementation are just some of the many benefits that alternative energy sources can bring.

A solar-powered home is probably the most economical and practical use for an alternative energy at this point in time. The long term savings of not having to constantly depend on the energy grid easily outweighs the initial setup costs.

Small scale wind power generation schemes have been used for household electricity generation in conjunction with battery storage over many decades, especially in remote areas. Nowadays, equipments such as wireless Internet gateways are being powered by wind turbines, replacing the need for a connection to the power grid.

It is easy to think of all alternative energy as giant wind farms or hydro plants, but many alternative energy sources can be as simple as a single solar cell powering a remote sensor and wireless transmitter. This is similar for solar power, piezoelectric and thermoelectric generators which can harvest vibration and thermal energy to generate enough electricity to power a simple circuit. Such energy harvesting schemes have now been widely employed in environmental and geological data sensing applications.

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