Energy Harvesting Systems Market is estimated to be valued at USD 663.3 Mn in 2025 and is expected to reach USD 1,114.9 Mn in 2032, exhibiting a compound annual growth rate (CAGR) of 7.7% from 2025 to 2032.
The energy harvesting systems market is witnessing steady growth, driven by increasing demand for sustainable, self-powered technologies across sectors like healthcare, automotive, consumer electronics, and building automation. These systems convert ambient energy, such as solar, thermal, or vibration into usable electricity, reducing reliance on batteries and wired power.
A major contributor to energy harvesting systems market demand is the rapid expansion of IoT and wireless sensor networks, where long-lasting, low-maintenance power sources are critical. Additional demand is fueled by rising energy efficiency mandates and the growing need for off-grid solutions. Technological advancements in power management and miniaturization are further enhancing adoption. As industries push for greener, autonomous systems, energy harvesting is emerging as a key enabler of sustainable innovation.
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Description and its Impact |
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European Union's Horizon Europe 2025 Clean Energy Research Funding |
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Global IoT Infrastructure Expansion and Smart City Development |
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The integration of Artificial Intelligence is playing a transformative role in the Energy Harvesting Systems Market by enhancing efficiency, adaptability, and real-time decision-making. AI algorithms enable predictive maintenance, optimize energy capture from ambient sources (like light, heat, vibration, or RF), and improve power management in self-sustaining devices. This is particularly valuable in IoT, industrial automation, and smart infrastructure where energy harvesting systems must adapt dynamically to fluctuating environmental conditions.
For instance, in June 2025, At the 18th SNEC PV+ Exhibition, SAJ introduced its upgraded elekeeper AI Saving 2.0, an advanced energy‑management engine that integrates forecasting for solar generation, load, electricity prices, and intelligent scheduling. The system offers operation modes like “Maximize Profit” and “Self‑Consumption Priority,” and includes a visual analytics interface to clarify decision logic.
In terms of technology, the light energy harvesting segment is expected to dominate the global market with 41.4% in 2025, due to its scalability, efficiency, and compatibility with a wide range of applications. Photovoltaic (PV) technology, which converts ambient light, both solar and artificial into electricity, is widely used in consumer electronics, building automation, and industrial IoT devices. As industries prioritize energy self-sufficiency and reduced battery reliance, light-based energy harvesting offers a sustainable, maintenance-free power source.
The demand is further driven by the proliferation of wireless sensors and low-power electronics in smart cities, agriculture, and healthcare. These applications often operate in well-lit indoor or outdoor environments, making light harvesting an ideal solution. Advances in micro-PV cells and flexible solar panels have enabled integration into compact devices such as wearables, remote sensors, and smart meters.
For instance, September 2023, Nanoprecise Sci Corp launched the world’s first MachineDoctor LUX, a Zone 0–compliant, light‑energy harvesting 6‑in‑1 predictive maintenance sensor for industrial use. Designed for both indoor and outdoor environments, MachineDoctor LUX draws power from ambient light and features a long‑life lithium‑ion backup battery, eliminating the need for battery replacements and reducing environmental impact.
In terms of application, the consumer electronics segment is expected to dominate the global market with largest share in 2025, attributed to the growing use of consumer electronics, like smartphones, wearables, wireless appliances, remote control units, and body implants. The use of energy harvesting systems enables operating of consumer electronic products where regular power sources are not available. Due to such features, the use of these technologies is extended and it also reduced geographical restrains for devices having to be near a power source. These features of energy harvesting systems in consumer electronics is driving the growth of the segment in the market.
For instance, in April 2025, Asahi Kasei Microdevices (AKM) launched a new series of power‑management integrated circuits (ICs) specifically designed for energy‑harvesting applications. The ICs are engineered to optimize charging and discharging of rechargeable batteries in devices such as remote controllers, IoT sensors, and Bluetooth trackers. The technology promises enhanced efficiency and reliability in power delivery for low‑energy, autonomous electronics.
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North America has established itself as the dominant region in the global energy harvesting systems market with a largest market share of 46.20% in 2025, owing to high adoption of advanced technologies in the region such as Industrial Internet of Things (IoT), compared to any other region. Moreover, technology companies and cloud service providers in the region continue to adopt strategic collaboration, which further generates various opportunities to connect more various equipment to Industrial IoT. Along with this, the region shows highest automation adoption in all the industries. These factors are thus expected to fuel growth of the global energy harvesting systems market during the forecast period.
In June 2025, Woodchuck, a Grand Rapids–based climate‑tech startup, closed $3.75 million in seed funding to scale its AI‑driven platform that converts construction wood waste into biomass fuel. Woodchuck’s AI sorts and processes scrap timber to create high‑quality renewable biomass, cutting landfill waste and helping companies reduce hauling costs by up to 30 %.
Asia Pacific is also projected to show strong growth in the global energy harvesting systems market with 23% share in 2025 and is expected to expand further during the forecast period due to presence of major developing countries such as Japan, China, and India, among others. The major applications of energy harvesting in the region are in different sectors such as industrial, consumer electronics, home automation, and transportation. Moreover, the adoption energy harvesting solutions is increasing in building and smart home devices in the region. This is further anticipated to augment the energy harvesting systems market demand across Asia Pacific.
For instance, in January 2025, Energy-technology leader Enphase Energy, Inc. announced its formal entry into the solar markets of Vietnam and Malaysia. The company has begun shipping its latest IQ8P™ Microinverters, its most powerful yet, delivering up to 480 W AC and supporting high-powered solar modules up to 640 W DC. Each unit carries a 25-year limited warranty and includes rapid‑shutdown safety features.
The United States is a key growth driver in the energy harvesting systems market due to strong adoption of IoT, smart buildings, and industrial automation. Significant R&D in self-powered sensors and wearables, coupled with government initiatives for energy-efficient infrastructure, is boosting the energy harvesting systems market revenue. The defense and aerospace sectors also contribute, using energy harvesting for reliable, low-maintenance power in remote and critical applications.
For instance, in July 2025, Energous Corporation unveiled its e‑Sense tag, a battery‑free, maintenance‑free wireless sensor for temperature and location monitoring designed for retail, logistics, and cold‑chain environments. Powered solely by its PowerBridge® wireless transmitters, the compact 4 × 5 cm, waterproof tag continuously reports data to Energous's cloud‑based e‑Compass platform built on AWS IoT Core.
China is a major driver of Energy Harvesting Systems Market Demand due to rapid industrialization, smart city development, and strong government support for green energy. The growing need for low-power electronics in consumer devices and IoT systems, along with large-scale renewable energy projects, is fueling adoption. Energy harvesting is increasingly used to power sensors and devices in remote or maintenance-free environments, aligning with China's push for sustainable innovation.
For Instance, in January 2025, China planned to deploy a space‑based solar power station roughly 1 kilometre wide in geostationary orbit around 36,000 km above Earth. The massive orbital array, likened to placing the Three Gorges Dam in space, would harvest sunlight 24/7, unaffected by day‑night cycles or weather, and beam continuous power back via microwaves. The initiative is projected to generate more energy annually than all the oil extracted from Earth, offering a potential leap in clean power production.
| Report Coverage | Details | ||
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| Base Year: | 2024 | Market Size in 2025: | USD 663.3 Mn |
| Historical Data for: | 2020 To 2024 | Forecast Period: | 2025 To 2032 |
| Forecast Period 2025 to 2032 CAGR: | 7.7% | 2032 Value Projection: | USD 1,114.9 Mn |
| Geographies covered: |
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| Companies covered: |
Piezo.com, Microchip Technology Inc., Cypress Semiconductor Corporation, EPeas SA, Texas Instruments Incorporated, EnoCean GmbH, STMicroelectronics NV, ABB Limited, Analog Devices Inc., Powercast Corporation, and Advanced Linear Devices Inc. |
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Internet of Things (IoT) has gained widespread momentum across all industrial sectors including automotive, energy, defense, consumer electronic, and healthcare, among others. The increasing preference towards offering data centric, personalized experiences to the customers is pushing companies to connected as much devices as possible in order to gather more consumer related data. Therefore, technology companies such as Renesas Electronics Corporation, ARM Holdings, Microchip Technology Inc., among others, are investing heavily to develop systems and devices for such IoT applications.
The growing applications of IoT including smart cities, smart homes, Industrial Internet of Things (IIoT), and machine to machine (M2M) communications, among various others is further expected to fuel the market growth for energy harvesting system in various applications such as consumer electronics, industrial, military and defense, home and building automation. Since energy harvesting systems are one of the prominent solutions which can power the low power wireless sensors.
For instance, in June 2025, French firms Linxens and Dracula Technologies launched a strategic collaboration to develop battery‑free smart labels, targeting sustainable and energy‑autonomous IoT solutions for traceability and logistics. Leveraging Dracula’s organic photovoltaic (OPV) “LAYER” technology, capable of harvesting low‑light indoor energy, with Linxens’ expertise in flexible RFID inlays, the partnership aims to eliminate battery reliance in disposable labels.
R&D for energy harvesting devices has been on a rise owing to the requirement of innovative solutions to power wireless sensors and low power electronics. Further, the presence of funds through associations such as the U.S. Department of Energy and the European Commission results to enhance the development of innovative technologies.
In addition, new startups are also able to raise funds from investors to progress innovative product development.
Availability of funds for innovative technologies through organizations and investors aids to fast track the process of new product development. Further, it also provides a better opportunity for new product developers to enter the market with their innovative products. These factors have resulted to drive the market for the development of innovative energy harvesting systems which will result to further boost the growth of energy harvesting systems in the forecast period.
For instance, in December 2024, the U.S. Department of Energy (DOE) has awarded over $18 million to fund 27 research projects across 17 universities under its Marine Energy University Foundational R&D initiative, part of the Water Power Technologies and Wind Energy Technologies Offices. The grants support foundational research in marine energy and floating offshore wind to advance ocean renewable technologies.
Increasing data traffic and novel smart devices is expected to create growth opportunities in the global energy harvesting systems market during the forecast period. With increasing amount of data traffic and growing advent of novel devices, the demand for development of energy-efficient infrastructure and techniques is also growing all over the world. This further is likely to boost the demand for energy harvesting technologies in the future, which will offer multiple lucrative opportunities to market players in the global energy harvesting systems market. Growing need for energy efficiency will create ample opportunities in the global energy harvesting systems market in the near future. Energy efficiency has become an important aspect to successfully design and deploy the 5G and beyond wireless networks. As per the IEEE Communications society, the need for integrating energy harvesting technologies into cognitive radio networks will increase, to overcome the issues of scarcity in spectrum and growing energy consumption forecasted in 5G. Thus, this factor is likely to benefit the global energy harvesting systems market in the near future.
For instance, in April 2025, E‑peas is at the forefront of energy harvesting innovations for IoT, developing advanced power management ICs (PMICs) that enable maintenance‑free, battery‑less operation of connected sensors. Its AEM series efficiently captures ambient energy from photovoltaic, thermal, kinetic, and RF sources, combining ultra‑low‑power design with energy storage hardware to support long‑lifetime deployments in remote, industrial, and smart‑city scenarios.
The Energy Harvesting Systems Market value is currently at a decisive inflection point, poised to transition from peripheral deployment to mainstream adoption across industrial, infrastructure, and low-power consumer applications. From an analyst perspective, the most underestimated driver in this space is not innovation, but integration, the ability to seamlessly embed energy harvesting modules within legacy and next-gen electronic systems without compromising form factor, efficiency, or reliability.
From a technology standpoint, the demand for piezoelectric and thermoelectric harvesting is no longer as pronounced. While these modalities have historically served industrial and transportation sectors well, e.g., vibration-powered sensors in GE’s locomotive asset monitoring systems, there is a quiet but powerful shift toward RF and photovoltaic harvesting at ultra-low power levels, particularly within smart building and smart city deployments. For instance, EnOcean’s battery-free wireless switches, which leverage ambient light and motion, are now standard in over 1 million buildings globally, signaling that energy autonomy is not a futuristic concept, but a working reality.
Statistically, over 60% of industrial IoT sensor nodes are estimated to be deployed in locations where wired power is unfeasible and battery maintenance is cost-prohibitive. Energy harvesting, in such contexts, is not a value addition, it is a necessity. Moreover, in Europe alone, regulatory momentum around sustainable electronics (e.g., EU’s Right to Repair and Circular Economy initiatives) has elevated interest in self-powered or energy-neutral devices as a compliance pathway, especially for consumer wearables and remote sensing instruments.
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About Author
Monica Shevgan has 9+ years of experience in market research and business consulting driving client-centric product delivery of the Information and Communication Technology (ICT) team, enhancing client experiences, and shaping business strategy for optimal outcomes. Passionate about client success.
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