ACE Inventor’s

ACE Inventor’s

Technology

Technology

Discover the core solar technologies
engineered by ACE Inventor.

Discover the core solar technologies
engineered by ACE Inventor.

Core Technologies

Core
Technologies

FRP Films
High strength-to-weight ratio
Excellent durability and corrosion resistance
Suitable for façades and infrastructure applications
PET Films
High-dimensional stability
Electrical insulation
Compatibility with large-area and curved module designs
Heating Films
Snow, ice, and frost prevention
Improved winter performance and safety
Ensures stable operation even in exposed outdoor structures
Colored FRP Films
Color customization for façades and exterior elements
Harmonization with building materials and urban design
Lightweight, non-glass-based colored solutions
Ultra-Thin Glass
Lower structural load
Enhanced design flexibility
Improved suitability for BIPV and semi-transparent applications
Colored Glass
Controlled light transmission
Visual consistency with building aesthetics
Application in railings, façades, and infrastructure elements
Composite Frames
Lightweight structural support
High durability in outdoor environments
Design flexibility for custom module formats
Encapsulants
Protection against moisture and environmental stress
Electrical insulation
Mechanical stability for large-area and flexible modules

FRP Films

With excellent durability and corrosion resistance, ideal for load-restricted environments such as building façades and infrastructure structures.

High strength-to-weight ratio

Excellent durability and corrosion resistance

Suitable for façades and infrastructure applications

PET Films

Designed to achieve lightweight construction and flexibility within solar modules.

High-dimensional stability

Electrical insulation

Compatibility with large-area and curved module designs

Heating Films

Supports stable power generation and structural safety even in winter conditions.

Snow, ice, and frost prevention

Improved winter performance and safety

Ensures stable operation even in exposed outdoor structures

Colored FRP Films

Colored FRP films allow solar modules to meet architectural design requirements without compromising structural performance.

Color customization for façades and exterior elements

Harmonization with building materials and urban design

Lightweight, non-glass-based colored solutions

Ultra-Thin Glass

Ultra-thin glass is used to combine transparency, durability, and reduced weight.

Lower structural load

Enhanced design flexibility

Improved suitability for BIPV and semi-transparent applications

Colored Glass

Enables architectural applications balancing daylight control and power generation.

Controlled light transmission

Visual consistency with building aesthetics

Application in railings, façades, and infrastructure elements

Encapsulants

Maintain stable module performance in long-term operating environments.

Protection against moisture and environmental stress

Electrical insulation

Mechanical stability for large-area and flexible modules

Composite Frames

Composite frames replace conventional metal frames to further reduce weight and improve corrosion resistance.

Lightweight structural support

High durability in outdoor environments

Design flexibility for custom module formats

Next Generation Solar Cells (R&D)

Next Generation Solar Cells (R&D)

Driving the Future Through Continuous R&D

ACE Inventor conducts R&D on next-generation solar cell technologies to extend future BIPV capabilities.
These technologies are under development to connect future innovations with practical building-integrated applications.

ACE Inventor conducts R&D on next-generation solar cell technologies to extend future BIPV capabilities.
These technologies are under development to connect future innovations with practical building-integrated applications.

Hydrogel Solar Cells

Next generation technology for flexibility and functionality expansion

Perovskite Solar Cells

Next generation technology utilizing high efficiency and translucent characteristics

A List of Patents

Patent Number
1024130650000
Country of Application
KR
Patent Title
Dye-sensitized solar cell comprising hydrogel electrolyte and method for manufacturing the same
Patent Number
1023997610000
Country of Application
KR
Patent Title
Electrolyte of dye-sensitized solar cell and method for manufacturing the same
Patent Number
1028262080000
Country of Application
KR
Patent Title
Device for making microbubbles
Patent Number
1027055100000
Country of Application
KR
Patent Title
Electrolyte of dye-sensitized solar cell and method for manufacturing the same
Patent Number
1026954810000
Country of Application
KR
Patent Title
Working electrode of dye-sensitized solar cell and method for manufacturing the same
Patent Number
1022005430000
Country of Application
KR
Patent Title
Functional hydrogel molding method using electrophoresis and molded parts usng the same method
Patent Number
US 12,494,325 B2
Country of Application
USA
Patent Title
Dye-sensitized solar cell, and electrolyte thereof, and methods of manufacturing dye-sensitized solar cell and electrolyte

If You Need Innovation
in Solar Modules,

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

Contact