About EnPower
EnPower, Inc. is a lithium-ion battery company poised to become the U.S. leader in advanced battery manufacturing. EnPower’s technology advantage lies in its patented multilayer electrodes, which address the trade-off between energy and power.
IP1 and IP1S deploy EnPower’s multilayer electrodes allowing these products to solve many of the critical challenges facing industries that use lithium-ion batteries today or plan to in the future. EnPower is committed to advanced technology development and manufacturing in the United States. The company’s research & development facility enables rapid innovation and prototyping in 3-5Ah pouch cells.
Co-locating rapid prototyping and production under one roof enables our technology and products to be scaled for qualification and production in our Indianapolis, IN facility.

About EnPower
EnPower, Inc. is a lithium-ion battery company poised to become the U.S. leader in advanced battery manufacturing. EnPower’s technology advantage lies in its patented multilayer electrodes, which address the trade-off between energy and power.
IP1 and IP1S deploy EnPower’s multilayer electrodes allowing these products to solve many of the critical challenges facing industries that use lithium-ion batteries today or plan to in the future. EnPower is committed to advanced technology development and manufacturing in the United States. The company’s research & development facility enables rapid innovation and prototyping in 3-5Ah pouch cells.
Co-locating rapid prototyping and production under one roof enables our technology and products to be scaled for qualification and production in our Indianapolis, IN facility.

About EnPower
EnPower, Inc. is a lithium-ion battery company poised to become the U.S. leader in advanced battery manufacturing. EnPower’s technology advantage lies in its patented multilayer electrodes, which address the trade-off between energy and power.
IP1 and IP1S deploy EnPower’s multilayer electrodes allowing these products to solve many of the critical challenges facing industries that use lithium-ion batteries today or plan to in the future. EnPower is committed to advanced technology development and manufacturing in the United States. The company’s research & development facility enables rapid innovation and prototyping in 3-5Ah pouch cells.
Co-locating rapid prototyping and production under one roof enables our technology and products to be scaled for qualification and production in our Indianapolis, IN facility.

Our Leadership Team

Clint Carlson
CEO & Board Member

Andrew Rossier
Chief Commercial Officer

Adrian Yao
Founder & Board Member

TJ Unterbrink
Board Member

Bill Ott
Independent Board Member
Our Leadership Team

Clint Carlson
CEO & Board Member

Andrew Rossier
Chief Commercial Officer

Adrian Yao
Founder & Board Member

TJ Unterbrink
Board Member

Bill Ott
Independent Board Member
Our Leadership Team

Clint Carlson
CEO & Board Member

Andrew Rossier
Chief Commercial Officer

Adrian Yao
Founder & Board Member

TJ Unterbrink
Board Member

Bill Ott
Independent Board Member
Our History
Co-founder Adrian Yao set out on a mission to break through the barriers of lithium-ion technology. Instead of accepting the longstanding trade-off between high energy and high power, he named the company after his goal to deliver both in the same battery: Energy + Power = EnPower.
2018
First patent granted for electrode architecture
Advanced electrode engineering was just the start of EnPower’s mission to unlock the full potential of lithium-ion. Today, EnPower’s approach to building better batteries is attracting commercial partners, investors, and world-class talent.
2019
Phoenix, AZ R&D facility completed
Advanced electrode engineering was just the start of EnPower’s mission to unlock the full potential of lithium-ion. Today, EnPower’s approach to building better batteries is attracting commercial partners, investors, and world-class talent.

2022
Company moves headquarters & R&D facility to Indianapolis, IN.
Moving operations to a MWh scale manufacturing facility positioned EnPower as a critical player in the emerging domestic battery innovation ecosystem allowing EnPower to finalize its technology development and supply customers with cell samples used for qualification.

Today
92,000 sq. ft. manufacturing facility enables production at scale
EnPower is poised to become a leader in U.S. advanced battery manufacturing. The 92,000 sq. ft. facility will be used to complete comprehensive cell testing, scale production, and secure sales agreements.

Our History
Co-founder Adrian Yao set out on a mission to break through the barriers of lithium-ion technology. Instead of accepting the longstanding trade-off between high energy and high power, he named the company after his goal to deliver both in the same battery: Energy + Power = EnPower.
2018
First patent granted for electrode architecture
Advanced electrode engineering was just the start of EnPower’s mission to unlock the full potential of lithium-ion. Today, EnPower’s approach to building better batteries is attracting commercial partners, investors, and world-class talent.
2019
Phoenix, AZ R&D facility completed
Advanced electrode engineering was just the start of EnPower’s mission to unlock the full potential of lithium-ion. Today, EnPower’s approach to building better batteries is attracting commercial partners, investors, and world-class talent.

2022
Company moves headquarters & R&D facility to Indianapolis, IN.
Moving operations to a MWh scale manufacturing facility positioned EnPower as a critical player in the emerging domestic battery innovation ecosystem allowing EnPower to finalize its technology development and supply customers with cell samples used for qualification.

Today
92,000 sq. ft. manufacturing facility enables production at scale
EnPower is poised to become a leader in U.S. advanced battery manufacturing. The 92,000 sq. ft. facility will be used to complete comprehensive cell testing, scale production, and secure sales agreements.

Our History
Co-founder Adrian Yao set out on a mission to break through the barriers of lithium-ion technology. Instead of accepting the longstanding trade-off between high energy and high power, he named the company after his goal to deliver both in the same battery: Energy + Power = EnPower.
2018
First patent granted for electrode architecture
Advanced electrode engineering was just the start of EnPower’s mission to unlock the full potential of lithium-ion. Today, EnPower’s approach to building better batteries is attracting commercial partners, investors, and world-class talent.
2019
Phoenix, AZ R&D facility completed
Advanced electrode engineering was just the start of EnPower’s mission to unlock the full potential of lithium-ion. Today, EnPower’s approach to building better batteries is attracting commercial partners, investors, and world-class talent.

2022
Company moves headquarters & R&D facility to Indianapolis, IN.
Moving operations to a MWh scale manufacturing facility positioned EnPower as a critical player in the emerging domestic battery innovation ecosystem allowing EnPower to finalize its technology development and supply customers with cell samples used for qualification.

Today
92,000 sq. ft. manufacturing facility enables production at scale
EnPower is poised to become a leader in U.S. advanced battery manufacturing. The 92,000 sq. ft. facility will be used to complete comprehensive cell testing, scale production, and secure sales agreements.

By the Numbers
20+
Patent Families
92k sq ft
Facility in Indianapolis, IN
2025
Electrode Production
2027
Cell Production
By the Numbers
20+
Patent Families
92k sq ft
Facility in Indianapolis, IN
2025
Electrode Production
2027
Cell Production
By the Numbers
20+
Patent Families
92k sq ft
Facility in Indianapolis, IN
2025
Electrode Production
2027
Cell Production
Contact Us to Learn More
We are actively seeking partners to develop application-specific solutions.
Contact Us to Learn More
We are actively seeking partners to develop application-specific solutions.
Contact Us to Learn More
We are actively seeking partners to develop application-specific solutions.