ACE inventor

Industry Background

Our Approach

Applications

Growth Vision

Expected Impact

Industry Background

Our Approach

Applications

Growth Vision

Expected Impact

Industry Background

As global demand for renewable energy rises, solar power has become a cornerstone of the clean energy transition. Yet traditional solar panels remain limited by high installation costs, spatial constraints, and ongoing maintenance requirements, restricting their full potential for widespread deployment.

Surging Demand for Global Renewable Energy

Surging Demand for
Global Renewable Energy

AI

Expanding
AI Data Centers

RE100

New Trade Barrier

New
trade barrier

ZEB

Mandatory
Zero-Energy Buildings

Limitations of Existing Solar Cells

Conventional solar panels are heavy, rigid, and opaque,
leading to high installation and maintenance costs.
Their structural limitations restrict installation areas and reduce design flexibility.

Scroll left and right

Our Approach

We develop foundational technologies for next-generation solar cells—flexible, colored, transparent, lightweight, and thermally controllable—enabling the creation of versatile solar products and opening new markets beyond conventional applications.

Core Technology for Next-Gen Solar Cells

Water-Soluble Hydrogel Electrolyte Membrane Technology

Electrophoretic Coating–Based Flexible Electrode Manufacturing

Multi-Color Implementation Technology

New Markets for Advanced Applications

Scroll left and right

Color + Translucent + Flexibility + Lightweight

By securing differentiated functionality, it is possible to pioneer
and preempt new markets where existing silicon solar modules cannot be applied.

By securing differentiated functionality,
it is possible to pioneer and preempt new markets
where existing silicon solar modules cannot be applied.

Applications

Our next-generation solar cells unlock opportunities across diverse fields—from BIPV and agrivoltaics to noise barriers—offering limitless potential for innovation.

1
BIPV
By utilizing ACE Inventor’s colored and translucent solar modules, construction costs and timelines can be reduced by eliminating the need for fuel cells and downsizing the geothermal system.
2
Agriculture
In the Seongju melon greenhouse complex (4.682ha), up to 3 MW of solar power generation can be achieved using ACE Inventor’s translucent, lightweight, and flexible modules.
3
Industrial Complex
Using ACE Inventor’s lightweight solar modules, solar systems can be economically installed on the roofs of aging factories. In addition, thermal solar modules can be used to prevent damage to factories and warehouses in case of heavy snow.
4
Noise Barrier
The total extension of road and railway sound insulation walls in Korea is at least about 1,500 km. When only 10% of the installed area of sound insulation walls nationwide is replaced with ACE Inventor’s solar modules, 45 MW of solar power generation is possible.
5
Solar Park
ACE Inventor’s lightweight and translucent modules overcome the weight and opacity limitations of conventional panels. This allows for the efficient integration of solar power into urban parks and green spaces while preserving the surrounding landscape.

BIPV

By utilizing ACE Inventor’s colored and translucent solar modules, construction costs and timelines can be reduced by eliminating the need for fuel cells and downsizing the geothermal system.

Agriculture

In the Seongju melon greenhouse complex (4.682ha), up to 3 MW of solar power generation can be achieved using ACE Inventor’s translucent, lightweight, and flexible modules.

Industrial Complex

Using ACE Inventor’s lightweight solar modules, solar systems can be economically installed on the roofs of aging factories. In addition, thermal solar modules can be used to prevent damage to factories and warehouses in case of heavy snow.

Noise Barrier

The total extension of road and railway sound insulation walls in Korea is at least about 1,500 km. When only 10% of the installed area of sound insulation walls nationwide is replaced with ACE Inventor’s solar modules, 45 MW of solar power generation is possible.

Solar Park

ACE Inventor’s lightweight and translucent modules overcome the weight and opacity limitations of conventional panels. This allows for the efficient integration of solar power into urban parks and green spaces while preserving the surrounding landscape.

Growth Vision

Our growth roadmap targets market entry in 2026, the start of global exports in 2028, and total revenue of KRW 110 billion by 2029—driving scalable growth in the next-generation solar industry.

As of 2025, we have successfully secured KRW 2.1 billion in private investment and accumulated over KRW 3 billion in government grants, laying a strong foundation for our planned expansion.

Growth Goals

2026

2027

2028

2029

2030

BEP Achieved

Operating Profit

3.3 M

Operating Profit

10.4 M

Operating Profit

20.4 M

Revenue

81.5 M

Operating Profit

39.1 M

Revenue

130.4 M

Growth Strategies

Scroll left and right

2025

Mass Production
Facility Setup

Pre-A

$6 M Valuation / $1.5 M Raised

2026

KS Certification
& Market Entry

Series A

$20 M Valuation / $5 M Raised

2027

Second Production
Plant Launch

Series B

$50 M Valuation / $10 M Raised

2028

Global Expansion
& Revenue Growth

Pre-IPO

$100 M Valuation / $20 M Raised

Expected Impact

Our technology delivers meaningful impact across society, technology, and the economy—enabling sustainable buildings, advancing energy innovation, and generating long-term value.

Society

Contributing to the Expansion of Zero-Energy Buildings and the Creation of New Markets

Technology

Driving Next-Generation Global Energy Leadership through the Growth of a Unicorn Solar Module Company

Economy

Enhancing Building Value and Reducing Operating Costs by Increasing Energy Self-Sufficiency

ACE Inventor’s

ACE Inventor’s

IR

IR

Financial information and disclosures will be available soon. Explore our solar innovations, market strategies, and growth vision.

Financial information and disclosures will be available soon. Explore our solar innovations, market strategies, and growth vision.

Industry Background

Our Approach

Applications

Growth Vision

Expected Impact

Industry Background

Our Approach

Applications

Growth Vision

Expected Impact

Industry Background

Surging Demand for Global Renewable Energy

Surging Demand forGlobal Renewable Energy

AI

AI

RE100

RE100

ZEB

ZEB

Limitations of Existing Solar Cells

Conventional solar panels are heavy, rigid, and opaque,leading to high installation and maintenance costs.Their structural limitations restrict installation areas and reduce design flexibility.

Our Approach

We develop foundational technologies for next-generation solar cells—flexible, colored, transparent, lightweight, and thermally controllable—enabling the creation of versatile solar products and opening new markets beyond conventional applications.

Core Technology for Next-Gen Solar Cells

Water-Soluble Hydrogel Electrolyte Membrane Technology

Electrophoretic Coating–Based Flexible Electrode Manufacturing

Multi-Color Implementation Technology

New Markets for Advanced Applications

Color + Translucent + Flexibility + Lightweight

Color + Translucent + Flexibility + Lightweight

By securing differentiated functionality, it is possible to pioneerand preempt new markets where existing silicon solar modules cannot be applied.

By securing differentiated functionality,it is possible to pioneer and preempt new marketswhere existing silicon solar modules cannot be applied.

Applications

Our next-generation solar cells unlock opportunities across diverse fields—from BIPV and agrivoltaics to noise barriers—offering limitless potential for innovation.

BIPV

By utilizing ACE Inventor’s colored and translucent solar modules, construction costs and timelines can be reduced by eliminating the need for fuel cells and downsizing the geothermal system.

Agriculture

In the Seongju melon greenhouse complex (4.682ha), up to 3 MW of solar power generation can be achieved using ACE Inventor’s translucent, lightweight, and flexible modules.

Industrial Complex

Using ACE Inventor’s lightweight solar modules, solar systems can be economically installed on the roofs of aging factories. In addition, thermal solar modules can be used to prevent damage to factories and warehouses in case of heavy snow.

Noise Barrier

The total extension of road and railway sound insulation walls in Korea is at least about 1,500 km. When only 10% of the installed area of sound insulation walls nationwide is replaced with ACE Inventor’s solar modules, 45 MW of solar power generation is possible.

Solar Park

ACE Inventor’s lightweight and translucent modules overcome the weight and opacity limitations of conventional panels. This allows for the efficient integration of solar power into urban parks and green spaces while preserving the surrounding landscape.

BIPV

By utilizing ACE Inventor’s colored and translucent solar modules, construction costs and timelines can be reduced by eliminating the need for fuel cells and downsizing the geothermal system.

Agriculture

In the Seongju melon greenhouse complex (4.682ha), up to 3 MW of solar power generation can be achieved using ACE Inventor’s translucent, lightweight, and flexible modules.

Industrial Complex

Using ACE Inventor’s lightweight solar modules, solar systems can be economically installed on the roofs of aging factories. In addition, thermal solar modules can be used to prevent damage to factories and warehouses in case of heavy snow.

Noise Barrier

The total extension of road and railway sound insulation walls in Korea is at least about 1,500 km. When only 10% of the installed area of sound insulation walls nationwide is replaced with ACE Inventor’s solar modules, 45 MW of solar power generation is possible.

Solar Park

ACE Inventor’s lightweight and translucent modules overcome the weight and opacity limitations of conventional panels. This allows for the efficient integration of solar power into urban parks and green spaces while preserving the surrounding landscape.

Growth Vision

Growth Goals

39.1 M

130.4 M

Growth Strategies

Pre-A

Pre-A

Series A

Series A

Series B

Series B

Pre-IPO

Pre-IPO

Expected Impact

Our technology delivers meaningful impact across society, technology, and the economy—enabling sustainable buildings, advancing energy innovation, and generating long-term value.

Society

Technology

Economy

If You Need Innovationin Solar Modules,

Replace heavy glass with lightweight design.Replace limitations with possibilities.

Surging Demand for
Global Renewable Energy

Conventional solar panels are heavy, rigid, and opaque,
leading to high installation and maintenance costs.
Their structural limitations restrict installation areas and reduce design flexibility.

By securing differentiated functionality, it is possible to pioneer
and preempt new markets where existing silicon solar modules cannot be applied.

By securing differentiated functionality,
it is possible to pioneer and preempt new markets
where existing silicon solar modules cannot be applied.

If You Need Innovation
in Solar Modules,

Replace heavy glass with lightweight design.
Replace limitations with possibilities.