BIPV
HANBIT Innotech’s BIPV & BIM solutions seamlessly integrate architectural
design with energy systems.
Through BIM-based integrated design technology, HANBIT Innotech provides
optimized BIPV solutions where architecture and energy converge. We establish a long-term,
stable operational environment through precision engineering that simultaneously considers
aesthetics, structural integrity, and power generation efficiency.
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01
BIM Design
By precisely reviewing power generation simulation and structural stability
from the installation stage,
we establish a design foundation capable of stable operation for decades.
we establish a design foundation capable of stable operation for decades.
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BIM-linked SimulationAutomatically analyzes solar radiation, shadow impact, and building envelope conditions
to secure optimal energy performance. -
BIPV-BIM Integrated AnalysisQuantitatively reviews generation efficiency, economic feasibility, and installation suitability
through BIM-based evaluation specialized for BIPV design. -
Design–Construction Data IntegrationProvides analysis results as data applicable to the construction stage
to maximize on-site implementation efficiency.
Technological Differentiation
- Establishment of an integrated architectural and energy simulation design environment
- Improved workflow efficiency through an automated review process
- Optimized to respond to the latest energy policies such as RE100 and ZEB
- Practical technology that organically connects design and construction
BIM Design
BIM Design
BIM Design
Customized BIPV Design
We build a design foundation for decades of stable operation by conducting
precise reviews of power output simulations and structural stability right from the design
stage.
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Industrial Complex Rooftop BIPVStable rooftop solar design integrated with structural reinforcement for aging roofs. -
Urban BIPVAesthetic-focused design utilizing glass, color, and semi-transparent modules. -
Large-Scale Power PlantsLayout optimization for maximum land utilization and optimized power transmission & distribution systems.
02
High-Durability Module
A next-generation solar solution that combines high efficiency with refined
design, featuring one of the world’s longest product lifespans of over 30 years.
With outstanding durability and economic efficiency, it delivers cost-saving benefits while simultaneously enhancing building value and energy performance.
With outstanding durability and economic efficiency, it delivers cost-saving benefits while simultaneously enhancing building value and energy performance.
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G2G Module
Product Efficiency (Black) 210 Wp/㎡ (Black) Product Efficiency (Color) 180 Wp/㎡ (Color) Product Weight 19.0Kg/㎡ Product Warranty (Output Warranty) 15 Years (30 Years) -
G2S Module
Product Efficiency (Black) 210 Wp/㎡ (Black) Product Efficiency (Color) 180 Wp/㎡ (Color) Product Weight 17.8Kg/㎡ Bending No Module Bending (+1mm/㎡) Separate Al Z-Bar Not Required / Al-Free Eco-Friendly Low-Carbon Module Patent Patent Registered (PCT Filed) Carbon Footprint Reduced by 50%⬆ (vs G2G Module) Product Warranty (Output Warranty) 15 Years (30 Years)
World’s Longest Lifespan BIPV
First Integrated Z-Bar BIPV in Korea and Overseas
Economic Efficiency Through High-Efficiency Modules
Edge-Sealing +
Polyolefin (POE) Encapsulation
Securing Durability of Over 50 Years
Polyolefin (POE) Encapsulation
Securing Durability of Over 50 Years
TOPCon, Back Contact Cell
Minimizing Wire Exposure
Minimizing Wire Exposure
Anti-Reflective PV Glass