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A new way to generate power.

EnergyX is an energy technology company building a new way to generate power.

Our proprietary single-junction perovskite technology is being developed to bring electricity generation to a wider range of surfaces. EnergyX Intelligence combines AI with physical models to connect the design of energy systems with their operation.

Buildings are our first market. The technology reaches beyond them.

More surfaces. More possibilities for power.

EnergyX Foundry develops proprietary single-junction perovskite photovoltaics. The perovskite is the light-absorbing material in the generating cell, rather than an additional junction on a silicon solar cell.

Our work focuses on turning that technology into useful energy-generating products: improving device and module performance, understanding application requirements and preparing for reliable deployment.

Light Transparent front layer Perovskite absorber — one generating junction Light is absorbed and converted here Back contact Electrical power
Simplified concept diagram: a single generating junction converting light into power. Not a device cross-section, bill of materials or manufacturing description.
Site & system inputs Geometry · materials · generation potential · demand · environment Modelling Decisions Operation Measurement Measured feedback improves the model and the next decision
Information flow from inputs to modelling, decisions, operation and measurement. A development-stage diagram, not a screenshot of an operational product.

Generation is part of a larger system.

The value of generation depends on how it works with demand, storage and the physical systems around it.

EnergyX Intelligence combines AI, engineering data and physical models to evaluate energy systems before deployment and improve their operation through measured feedback. Its scope includes geometry, material behaviour, generation, storage, thermal systems and load.

We start where power is used.

Buildings account for more than half of global electricity consumption. They also contain roofs, facades and other surfaces that can be evaluated for generation close to demand.

Source: International Energy Agency (IEA), Energy Efficiency Policy Toolkit — Buildings. Not every roof, facade or window is technically or economically suitable.

For EnergyX, buildings are a market we know. Years of engineering, integration and delivery provide customer relationships and practical experience for bringing new technologies into use.

Buildings are our first market, not the limit of the technology.

EnergyX DY-Building, Korea — completed 2023. A reference for EnergyX's integrated approach to building energy.

Experience in the real world.

EnergyX's building-energy business provides an established foundation in engineering, photovoltaic integration and project delivery. Its 20,000+ building footprint represents commercial reach and experience, not deployment of the new perovskite technology across those buildings.

20,000+
Buildings — commercial reach and experience
Commercial foundation
20,000+ buildings Commercial footprint in building-energy engineering, integration and delivery — a measure of reach and experience, not of new perovskite deployment.
Delivered projects Selected building-energy projects delivered across the operating footprint, from energy analysis to photovoltaic integration.
Reference asset
EnergyX DY-Building Completed in 2023. Became the world's first Zero Energy Building Plus certified building in 2025.
129.9% self-sufficiency FY2025 performance, reported in 2026 — verified by three independent parties, including the Korea Energy Agency. A separate record from the 2025 certification.
EnergyX DY-Building
Reference project

EnergyX DY-Building

Completed in 2023, the EnergyX DY-Building became the world's first Zero Energy Building Plus certified building in 2025. In FY2025 it reached 129.9% energy self-sufficiency, independently verified — including by the Korea Energy Agency.

Delivered building-energy engineering in operation.
Building-integrated photovoltaics in operation at the EnergyX DY-Building, Korea.
Photovoltaics carried across the facade.

Developed for energy systems. Starting with buildings.

The same questions extend beyond a single building: where power can be generated, how demand changes and how generation, storage and thermal systems should work together.

Data centres are one application of this wider approach. We assess each opportunity against its physical conditions, operating requirements and commercial needs.

Coordinated operation Generation Storage Thermal systems Load
Generation, storage, thermal systems and load evaluated as one system. Each application is assessed against its own physical and commercial conditions.

From scientific progress to practical use.

EnergyX's development brings together Korea's perovskite research heritage, experience in the building market and an international organisation for the next phase of technology development.

Put the technology to work.

Talk to EnergyX about an application, an industrial partnership or a research collaboration.