Energy harvesting
Energy harvesting is the process of collecting ambient energy from sources such as heat, light, electromagnetic radiation and vibration, which are usually wasted, and converts it into electric energy which can be used by portable power electric devices without the use of batteries. This process is also known as power scavenging or energy scavenging.
During the energy harvesting process, a transducer is used to change ambient energy into electric energy. The amount of energy produced is low and so it is used in low-power devices such as mobile phones, wristwatches, wireless sensor nodes and so on. The technology allows electronic products to work as contactless charging devices that make products reliable and efficient.
The energy harvesting market can be segmented by technology, by application and by geography.
Technologies include thermomagnetic, thermoelectric, light energy harvesting, fluid, motion, vibration, bio energy harvesting, RF and so on. Light energy harvesting dominates the market due to the availability of large amounts of solar energy. Applications include; home automation, consumer electronics, aerospace, construction, military, bicycle dynamos and so on. Consumer electronics is the largest application segment.
Europe is largest region for this market, followed by North America, the Asia Pacific and the Rest of the World.
The major players for this market are Honeywell, 3G Solar, Sony technology center, Siemens Power Generation, Seiko, SolarPrint and others.
[edit] Related articles on Designing Buildings Wiki
- Biomass.
- Carbon capture and storage.
- Domestic micro-generation.
- Dynamic response to energy.
- Energy storage.
- Energy storage - the missing piece?
- Feed in tariff.
- Fuel cell.
- Geothermal energy.
- Ground source heat pumps.
- Hydroelectricity.
- Large scale solar thermal energy.
- Renewable heat incentive.
- Smart Export Guarantee SEG.
- Solar photovoltaics
- Solar thermal systems.
- Sustainable development: energy challenge.
- The Future of Electricity in Domestic Buildings.
- Why the UK needs to support emerging tech like energy storage.
Featured articles and news
Classroom electrician courses a 'waste of money'
Say experts from the Electrical Contractors’ Association.
Wellbeing in Buildings TG 10/2025
BSRIA topic guide updates.
With brief background and WELL v2™.
From studies, to books to a new project, with founder Emma Walshaw.
Types of drawings for building design
Still one of the most popular articles the A-Z of drawings.
Who, or What Does the Building Safety Act Apply To?
From compliance to competence in brief.
The remarkable story of a Highland architect.
Commissioning Responsibilities Framework BG 88/2025
BSRIA guidance on establishing clear roles and responsibilities for commissioning tasks.
An architectural movement to love or hate.
Don’t take British stone for granted
It won’t survive on supplying the heritage sector alone.
The Constructing Excellence Value Toolkit
Driving value-based decision making in construction.
Meet CIOB event in Northern Ireland
Inspiring the next generation of construction talent.
Reasons for using MVHR systems
6 reasons for a whole-house approach to ventilation.
Supplementary Planning Documents, a reminder
As used by the City of London to introduce a Retrofit first policy.
The what, how, why and when of deposit return schemes
Circular economy steps for plastic bottles and cans in England and Northern Ireland draws.
Reporting on Payment Practices and Performance Regs
Approved amendment coming into effect 1 March 2025.
Comments
Nice Article,The energy harvesting system market is expected to grow from USD 268.6 Million in 2015 to USD 974.4 Million in 2022 at a Compound Annual Growth Rate (CAGR) of 19.6% between 2016 and 2022.
Download PDF Brochure@ http://www.marketsandmarkets.com/pdfdownload.asp?id=734