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Energy Harvesting

Energy Harvesting - Elecorev
Market SectorEnergy HarvestingMarket Sector Energy Harvesting Energy Harvesting Lithium thionyl chloride cells of the Elecorev brand are available in various cylindrical design and sizes from 1/2AA to…

Different Batteries for Efficient Energy Harvesting Solutions

LiSOCl2 bobbin batteries utilize the chemistry of lithium thionyl chloride, which offers excellent performance in terms of energy density, voltage stability, and shelf life. These batteries are non-rechargeable but provide a high energy storage capacity, making them ideal for energy harvesting applications where recharging is not possible or practical.

On the other hand, LiSOCl2 hybrid batteries combine the advantages of a lithium-ion capacitor (LIC) with a lithium thionyl chloride (LiSOCl2) battery. The LIC provides high power density and rapid charge/discharge capabilities, while the LiSOCl2 battery offers a high energy density and long service life. This combination makes LiSOCl2 hybrid batteries suitable for applications that require both high power and energy storage.

Characteristics

Both the Elecorev rechargeable Li-ion cells and the LiSOCl2 bobbin battery, along with the LiSOCl2 hybrid battery, are well-suited for energy harvesting due to their respective characteristics.

Firstly, Elecorev rechargeable Li-ion cells provide a reliable and long-lasting power source. With their ability to withstand extreme environmental conditions and a low self-discharge rate, these batteries can operate in remote locations where energy harvesting takes place. This ensures that the harvested energy is stored efficiently and reliably until it is needed.

Secondly, LiSOCl2 bobbin batteries offer a high energy storage capacity, making them ideal for energy harvesting applications where recharging is not feasible or practical. The excellent energy density and voltage stability of these batteries ensure that the harvested energy is efficiently stored, ready to be utilized when required.

Lastly, LiSOCl2 hybrid batteries, with their combination of a lithium-ion capacitor and a lithium thionyl chloride battery, provide the advantages of both high power density and high energy density. This makes them perfect for applications that require not only energy storage but also high power delivery during transmissions of data in remote wireless setups.

Characteristics of Batteries for Energy Harvesting
Elecorev Rechargeable Li-ion Cells:
  • Reliable and long-lasting power source.
  • Withstands extreme environmental conditions.
  • Low self-discharge rate for efficient energy storage.
LiSOCl2 Bobbin Batteries:
  • High energy storage capacity.
  • Excellent energy density and voltage stability.
  • Ideal for energy harvesting where recharging isn't feasible.
LiSOCl2 Hybrid Batteries:
  • High power density for rapid charge/discharge.
  • High energy density for long-term storage.
  • Suitable for applications requiring both power and energy.
In conclusion
Empowering Remote Wireless Energy Harvesting with Diverse Solutions

Elecorev rechargeable Li-ion cells, LiSOCl2 bobbin batteries, and LiSOCl2 hybrid batteries are all well-suited for energy harvesting applications. Their individual characteristics such as long life, low self-discharge rate, high energy density, and the ability to deliver high power make them ideal for storing the harvested energy and ensuring its efficient utilization in remote wireless setups. Whether it is with rechargeable Li-ion cells or non-rechargeable LiSOCl2 batteries, these energy storage solutions play a crucial role in sustaining remote wireless applications where energy harvesting is necessary.

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