Last Updated: 10 Jul 2025
Source: Statifacts
US Energy-based and Powered Instrument Market (By Application: Solar, Wind, Hydroelectric, Thermal) Industry Size, Share, Growth, Trends 2025 to 2034
The US energy-based and powered instrument market size surpassed USD 400.5 million in 2024 and is predicted to reach around USD 1,004.41 million by 2034, registering a CAGR of 9.63% from 2025 to 2034. Ongoing advancement in technology, growing demand for energy worldwide, technological advancement in surgical instruments, growing senior population, and rising prevalence of chronic diseases contribute to the growth of the U.S. energy-based & powered instrument market.
| Industry Worth | Details |
| Market Size in 2025 | USD 436.17 Billion |
| Market Size by 2034 | USD 1004.41 Billion |
| Market Growth Rate from 2025 to 2034 | CAGR of 9.63% |
The U.S. energy-based & powered instrument market refers to the production, distribution, and use of energy-based & powered instruments, which are energy-efficient and use relatively little energy to provide the power they need. An energy meter is an instrument that helps in measuring the energy that is used by an electric load. Energy-based surgical cutting tools enhance accuracy and limit unnecessary destruction of healthy tissues and cells, but can generate surgical smoke and aerosols, which can be handled by using surgical smoke evacuation technology. Energy is very important in our daily lives due to it is a basic human need.
Adaptability to new applications, cost-efficiency, allowing greater product performance, technological advancements in surgical instruments, increasing awareness about minimally invasive surgical procedures, and growing prevalence of chronic diseases are driving the growth of the energy-based & powered instrument market.
Using artificial intelligence (AI), energy companies can predict when their equipment is likely to fail or need maintenance. AI-powered refers to technology or systems that incorporate artificial intelligence (AI) capabilities to perform tasks or make decisions that typically require human intelligence. AI-based power systems can dynamically adjust to changes in power supply and demand, ensuring optimal grid performance and preventing voltage instability or outages. AI instruments work by using machine learning algorithms to analyze data and make decisions based on patterns and trends in the data. When managing a distributed and changing network components, AI can give control to computers human-level performance, helping to solve key issues with intermittency, power quality, and distributed generation and loads, including EVs.
Technological advancement in surgical instruments: Technological advancements in surgical instruments include telemedicine and remote surgeries. Through high-speed data transmission and advanced imaging technologies, expert surgeons can guide or perform operations from distant locations. This development increases access to specialized surgical care, particularly in underserved areas. Modern surgical instruments increasingly incorporate advanced imaging and navigation technologies like augmented reality (AR), 3D imaging, and real-time fluoroscopy. Telemedicine, nanomedicine, and robotic nano-surgery are emerging technologies that hold promise in reshaping surgical practice.
Rising prevalence of chronic diseases: Rising prevalence of chronic diseases requires surgery, which requires energy-based & powered instruments. Most chronic diseases are caused due to risk factors like excessive alcohol use, physical inactivity, poor nutrition, and smoking. Although many chronic diseases are partly the result of individual health behaviors, like poor nutrition, sedentary lifestyles, smoking, and excessive drinking, structural, socioeconomic, and environmental factors play a role in their development, prevention, and management.
Investment in modern infrastructure: Infrastructure investment also leads to increased productivity as it allows the smooth flow of goods and services, reduces transaction costs, and improves the efficiency of production processes. Infrastructure investment offers many benefits that make it an attractive addition to any portfolio, like inflation edge, which is an essential service that tends to increase in price over time, protecting our investment from inflation, and long-term stability, in which infrastructure assets provide steady cash flows over extended periods.
Stuart Thompson, President of ABB’s Electrification Service division, said, “Our investment in HESStec expands our technological capabilities and reinforces our commitment to pioneering energy solutions. By incorporating HESStec’s hybrid storage technologies into our portfolio and combining them with our new BESS-as-a-service offering, we are engineering new ways for businesses to stay ahead and optimize energy use without prohibitive upfront costs. This partnership is an important step for ABB as we develop innovative business models to address the financial barriers to energy storage adoption, allowing customers to improve resilience and establish financially driven sustainability goals while maintaining their focus on what they do best.”
The electrosurgical devices segment held a dominant presence in the U.S. energy-based & powered instrument market in 2024 and is expected to grow at the fastest rate in the market during the forecast period of 2025 to 2034. The main benefit of electrosurgery includes the ability to make precise cuts with limited blood loss. Electrosurgical devices are frequently used during surgical operations, helping to reduce blood loss in hospital operating rooms or in outpatient procedures. In electrosurgical procedures, the tissue is heated by an electric current. By sealing blood vessels as they are cut, electrosurgical units (ESUs) minimize blood loss, reducing the need for blood transfusion during surgery and promoting better patient outcomes. Electrosurgery is used routinely in eye surgery to cut, coagulate, dissect, fulgurate, ablate, and shrink tissue.
The laser surgical instruments segment considerable rate of growth in the market in 2024. The CO2 laser beam seals nerve endings and lymphatics, resulting in less post-operative swelling and pain. The patient experiences a far more comfortable post-operative recovery. Laser light has a specific wavelength. It is focused on a narrow beam and creates a very high-intensity light. Due to this, lasers can focus very accurately on surgical work or for cutting through tissue. Laser therapy offers the option for increased metabolic action, anti-inflammation, improved vascular activity, anti-pain, cell growth, and accelerated tissue repair. Over 4000 clinical studies across the globe have studied the effectiveness of laser therapy and found it to be safe, effective, and versatile.
Powered staplers can be used for many different types of work. The medical-powered stapler is accurate and reliable, which can maintain good blood circulation, promote tissue healing, and effectively prevent leakage. The powered stapler systems offer one-handed, push-button operators, which reduce the manual firing force and possibly allow more precision resection.
The surgical power drill system is one of the indispensable tools in the modern medical field and plays an important role in many surgeries. Advantages of power drills include adjustability, versatility, precision, and efficiency.
Ultrasonic surgical devices, including ultrasonic scalpels and shears, are widely used in the cutting of biological tissues, including for soft tissue cutting and vessel sealing. An ultrasonic surgical system is a medical tool that uses high-frequency sound waves to perform precise surgical procedures. By converting electrical energy into mechanical vibrations, this system allows efficient tissue dissection, coagulation, and cutting with minimal thermal damage to surrounding tissue.
Radiofrequency ablation devices include that they provide pain relief for up to two years by preventing pain signals from reaching the brain. It also includes fast recovery and a minimally invasive procedure.
Microwave ablation systems offer many benefits over RF energy for tumor ablation, including faster healing over a larger volume, less susceptibility to heat sinks or local perfusion, improved multiple applicator support, and no need for ground pads.
Over 100 countries where it operates. It operates in the robotics & discrete automation, motion, process automation, and electrification sectors around the world.
It operates in over 20 countries. It operates in the utilities, healthcare, real estate, public administration, retail, industrial facilities, and commercial buildings sectors around the world.
About 35 countries where it operates. It operates in the public buildings, industrial, and commercial buildings sectors around the world.
| Segments | Shares (%) |
| Powered Staplers | 18% |
| Drill Systems | 12% |
| Electrosurgical Devices | 25% |
| Ultrasonic Surgical Devices | 10% |
| Laser Surgical Instruments | 15% |
| Radiofrequency Ablation Devices | 12% |
| Others (Microwave Ablation Systems, etc.) | 8% |
Published by Shubham Desale
