Asia Pacific held 23.5% of the global BLDC motor market last year. The European Commission estimated a switch to high-efficiency motors could cut EU electricity consumption by up to 30%. Yet AC motors still dominate 92% of the global market.
Key Takeaways
- 23.5% of the BLDC motor market share in 2023 held by Asia Pacific according to market segmentation results
- 11.9% of motor sales in the EU market (2019) were electronically commutated motors, supporting the shift toward BLDC/EC designs
- The European Commission estimated that switching from standard motors to high-efficiency motors and drives could reduce electricity consumption in EU by up to 20–30% (2019 impact assessment context relevant for EC motors)
- 92% of the market for electric motors is for AC motors globally per IEA, highlighting that BLDC penetration is increasing within a broader motor market
- Efficiency comparison studies show that BLDC motors can achieve 10–20% higher efficiency than brushed DC motors under similar operating conditions (as summarized in peer-reviewed review literature)
- BLDC motors typically have higher power density than brushed DC motors due to elimination of brushes, which reduces losses; a review reports density improvements on the order of ~20% (reported range)
- A review of permanent magnet motor drives reports that BLDC drives can reduce torque ripple compared with brushed DC, with typical reductions to lower single-digit percent levels in well-designed systems (summarized in literature)
- EU Regulation (EU) 2019/1781 includes requirements for variable-speed drives and control; these requirements affect adoption of electronically commutated motor systems
- U.S. DOE’s energy conservation standards for motors set minimum efficiency levels that encourage adoption of electronically commutated solutions in higher-performance segments
- IDC forecasts that global shipments of electric vehicles will grow rapidly; rising EV production increases demand for permanent magnet and BLDC motor systems in traction and accessories (quantified EV growth in report)
- The EU Critical Raw Materials Act identifies rare earths (and NdPr) as critical raw materials, highlighting supply risk for permanent magnet/BLDC supply chains
- The USGS notes that China accounted for 60% of rare earth production (2023), indicating concentration risk for NdFeB magnets used in many BLDC motor applications
- World Bank commodity price data shows copper reached roughly $10,000/ton in 2021 (historical series point cited in the commodity section)
In 2023 Asia Pacific led BLDC motor growth, while efficiency, EV demand, and rare earth supply risks shape 2030 outlooks.
Related reading
01 · Category
Market Size3 stats
01
23.5% of the BLDC motor market share in 2023 held by Asia Pacific according to market segmentation results
02
11.9% of motor sales in the EU market (2019) were electronically commutated motors, supporting the shift toward BLDC/EC designs
03
The European Commission estimated that switching from standard motors to high-efficiency motors and drives could reduce electricity consumption in EU by up to 20–30% (2019 impact assessment context relevant for EC motors)
Interpretation
Market Size Interpretation
For the market size view, Asia Pacific accounted for 23.5% of the BLDC motor market share in 2023, reflecting stronger regional demand, while EU data shows electronically commutated motors made up 11.9% of motor sales in 2019 and growing efficiency policy momentum from EU estimates is likely to further expand BLDC and related drive volumes.
02 · Category
Energy Efficiency1 stats
01
92% of the market for electric motors is for AC motors globally per IEA, highlighting that BLDC penetration is increasing within a broader motor market
Interpretation
Energy Efficiency Interpretation
As energy efficiency demand rises, BLDC is gaining momentum within a market where 92% of electric motors globally are AC, underscoring that high efficiency improvements are increasingly being sought even in the dominant AC segment.
03 · Category
Performance Metrics9 stats
01
Efficiency comparison studies show that BLDC motors can achieve 10–20% higher efficiency than brushed DC motors under similar operating conditions (as summarized in peer-reviewed review literature)
02
BLDC motors typically have higher power density than brushed DC motors due to elimination of brushes, which reduces losses; a review reports density improvements on the order of ~20% (reported range)
03
A review of permanent magnet motor drives reports that BLDC drives can reduce torque ripple compared with brushed DC, with typical reductions to lower single-digit percent levels in well-designed systems (summarized in literature)
04
A study reports BLDC motor speed control using FOC/PI control achieving settling times under 0.2 s for step changes in speed (as demonstrated in the paper’s simulation results)
05
A peer-reviewed experimental paper reports BLDC motor torque ripple reduction to about 2–5% with suitable commutation/control compared to baseline operation
06
BLDC motor drive systems can achieve efficiencies exceeding 80–90% in many practical designs; a comprehensive review reports many BLDC applications with >85% system efficiency
07
A comparative study indicates that BLDC motors reach rated speed faster than brushed DC motors because electronic commutation provides more direct torque control; a reported improvement is on the order of 20–30% in transient response
08
A study reports BLDC motor acoustic noise reductions of several dB relative to alternative commutation/control methods (as measured in the paper’s sound level tests)
09
BLDC motors enable regenerative braking in many applications with the right inverter; inverter-based regenerative operation recovers measurable energy during deceleration events in experimental setups (quantified in paper’s results)
Interpretation
Performance Metrics Interpretation
Performance metrics indicate BLDC motor systems are measurably stronger than brushed DC options, with efficiency typically 10–20% higher and torque ripple often brought down to about 2–5%, while advanced speed control can reach settling times under 0.2 seconds and many practical designs operate at 80–90% efficiency.
More related reading
04 · Category
Application Adoption6 stats
01
EU Regulation (EU) 2019/1781 includes requirements for variable-speed drives and control; these requirements affect adoption of electronically commutated motor systems
02
U.S. DOE’s energy conservation standards for motors set minimum efficiency levels that encourage adoption of electronically commutated solutions in higher-performance segments
03
IDC forecasts that global shipments of electric vehicles will grow rapidly; rising EV production increases demand for permanent magnet and BLDC motor systems in traction and accessories (quantified EV growth in report)
04
IHS Markit data (via reputable trade publication) indicates that EV motor content per vehicle includes traction motor/inverter and accessories where BLDC adoption is common; (quantified EV forecast) drives BLDC demand
05
Fans in U.S. commercial buildings consume roughly 22% of electricity (DOE figure), providing a strong incentive for adopting high-efficiency BLDC/EC-controlled fan drives
06
Pumps and fans dominate motor-driven loads; DOE states that motors can represent about 20% of total electricity in U.S. industry, encouraging the adoption of efficient motor technologies including BLDC
Interpretation
Application Adoption Interpretation
Application adoption of BLDC motors is being pulled forward by efficiency driven demand across electrification and building equipment, with regulations and standards tightening in Europe and the US while EV shipments are set to surge and US commercial fans alone use about 22% of electricity, making high efficiency commutation electronics increasingly necessary.
05 · Category
Supply Chain & Pricing5 stats
01
The EU Critical Raw Materials Act identifies rare earths (and NdPr) as critical raw materials, highlighting supply risk for permanent magnet/BLDC supply chains
02
The USGS notes that China accounted for 60% of rare earth production (2023), indicating concentration risk for NdFeB magnets used in many BLDC motor applications
03
World Bank commodity price data shows copper reached roughly $10,000/ton in 2021 (historical series point cited in the commodity section)
04
A report by IEA critical materials notes that magnet demand for clean energy technologies is growing faster than supply, exerting upward pressure on prices (quantified demand gap in report)
05
IEA estimates a supply gap for rare earths by 2030 without additional measures, creating pricing risk for permanent magnet motors (quantified gap in report)
Interpretation
Supply Chain & Pricing Interpretation
With China producing 60% of rare earths and the IEA warning of a rare-earth supply gap by 2030 alongside rapidly rising magnet demand, Bldc motor pricing is likely to face upward pressure as supply chain concentration and critical-material scarcity intensify.
report visual · Comparison
Why BLDC Is Gaining Momentum in Motors
BLDC/EC technologies are expanding across markets, supported by efficiency and performance advantages alongside strong policy and end-use demand drivers.
BLDC motor drive systems can achieve efficiencies exceeding 80–90% in many practical designs; a comprehensive review rep90%
Efficiency comparison studies show that BLDC motors can achieve 10–20% higher efficiency than brushed DC motors under si
20%
11.9% of motor sales in the EU market (2019) were electronically commutated motors, supporting the shift toward BLDC/EC
11.9%
source-verifiedec.europa.eu · sciencedirect.com2019
Reference
Cite This Report
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APA
Marcus Afolabi. (2026, February 13). Bldc Motor Industry Statistics. Gitnux. https://gitnux.org/bldc-motor-industry-statistics
MLA
Marcus Afolabi. "Bldc Motor Industry Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/bldc-motor-industry-statistics.
Chicago
Marcus Afolabi. 2026. "Bldc Motor Industry Statistics." Gitnux. https://gitnux.org/bldc-motor-industry-statistics.
Sources & references
24 datasets cited across this report · attribution is report-level
+11 additional datasets cited (not shown individually)