Top 5 Energy Harvesting Module Companies

Energy scavenging that is the act of collecting and storing energy from sources like light, heat, movement and vibrations has emerged as the new sustainable means of powering devices. As the need for wireless and low power devices grows, energy harvesting modules are crucial elements in industries such as IoT, healthcare, automotive, and consumer electronics. In this article, we will look at the five companies that are at the forefront of the energy harvesting module market and provide solutions for powering devices without the use of conventional power sources.

1. Matrix Industries

Matrix Industries is one of the leading companies in energy harvesting business that specializes in state-of-the-art thermoelectric module that is used in converting heat energy to usable electricity. The company aims at developing self-sustaining systems that can greatly increase the lifespan of wireless sensors and IoT gadgets. The company’s most famous creation is the Matrix PowerWatch – the first smartwatch in the world charging from the body heat.

Thermoelectric modules from Matrix Industries are useful in differently located, off-grid applications since they work as expected in low as well as high temperatures. Their products are used in industrial, automotive, and wearable technology, where power sources are scarce or nonexistent.

Key Offerings:

• Thermoelectric energy harvesting modules are devices that convert heat into electrical energy.
• Smart clothing and other wearable gadgets that are operated by thermal energy
• Products for industries and automobiles

2. Mide Technology

Another Micro Energy system manufacturer that has a strong footing in the energy harvesting module market is Mide Technology, which focuses in piezoelectric energy harvesting. Mide Energy Harvesting technology is a product of the company that is used to harness mechanical energy and convert it to electrical energy. These modules are best suited for applications where the vibrations are steady, for instance in the mechanical systems, automobile and aircraft industries.

Mide’s products are small, low power consuming and easy to maintain, and therefore well suited for use in applications where wired power options are not feasible – such as running wireless sensors and remote equipment. Energy harvesters also have applicability in military and defense where use of reliable and autonomous system is required.

Key Offerings:

• Piezoelectric energy harvesting modules are devices that convert mechanical energy into electrical energy.
• Products for industrial, aerospace, and automotive industries
• Wireless sensor powering

3. Powercast Corporation

Powercast is a leading company in the field of radio frequency (RF) energy harvesting which provides solutions that can capture energy from the radio waves in the surrounding. Powerharvester® technology developed by the company is capable of extracting energy from Wi-Fi signals, cellular networks, and other RF sources to power low-energy devices.

Powercast’s solutions will be appropriate for the internet of things devices, wearable, and the remote sensor that does not need batteries replacement frequently. The company has designed wireless power transfer solutions that do not require wires and batteries in different consumer, industrial, and medical applications. Powercast’s products are best suited for use in areas where low power is needed for a long time.

Key Offerings:

• RF energy harvesting modules
• Wireless power transfer systems
• Solutions for the Internet of Things, wearable technology, and medical technology.

4. Xidas

Xidas is a new entrant in the energy harvesting market and has developed high performance modules that incorporate piezoelectric and electromagnetic technologies. Their eZharvester® system is designed to harvest energy from mechanical vibrations and convert it into electrical energy. This technology is most suitable for organizations that experience steady vibrations, for instance, transport, production, and automation.

Xidas’ energy harvesting modules are intended for low power applications and provide a modular solution that can be used to power wireless sensors, actuators and other IoT devices.

The company’s strategy of miniaturizing and lowering the cost of energy harvesting technology makes it ideal for firms that want to incorporate energy harvesting in a variety of products.

Key Offerings:

• Piezoelectric and electromagnetic energy harvesting modules
• Wireless sensor and actuator power solutions
• Transportation, robotics, and manufacturing are some of the areas of use for the technology.

5. EnOcean

EnOcean is a well-known leading producer of energy harvesting modules based upon motion, light and thermal energy. EnOcean’s wireless sensors are self-powered and are used in building automation, smart city, and industrial IoT applications. The technology used by the company harnesses power from small movements like pushing a button or opening a door to produce power for wireless communication.

Some of the key areas where EnOcean’s products are most effective are in the building management systems where energy is a key factor. Their solutions assist in the conservation of energy since they do not require power or battery energy for their operation. The company’s modules are also used in automotive, logistics, and consumer electronics industries.

Key Offerings:

• Self-powered wireless sensors
• Kinetic, photovoltaic, and thermoelectric energy extraction
• Products: Building Automation, Smart Cities, Industrial Internet of Things

Conclusion

The field of energy harvesting is still relatively young and is developing quickly due to the demand for better and more efficient power sources. The major players in this arena include Matrix Industries, Mide Technology, Powercast, Xidas, and EnOcean who providing radical solutions with amazing products that harvests ambient energy with heat, vibrations, Radio frequencies and motion to charge electronics. These energy harvesting solutions will be useful as industries continue to adopt the Internet of Things and other energy-sensitive applications to decrease reliance on conventional power sources and increase energy efficiency.