After in-depth discussions, both parties reached a consensus to collaborate. TERLI will supply customized insulated CdTe solar glass for the project, delivering power generation, thermal insulation, and visual integration in one solution. This advanced glass features a double-layer structure with high-efficiency CdTe thin-film solar cells encapsulated between the panes. It effectively blocks external heat and noise, significantly improving the building's thermal insulation while continuously generating clean electricity. The product's design can also be tailored to match the building's architectural aesthetics, eliminating the need for additional shading or decorative elements. As a multifunctional facade material, it represents an ideal choice for architects pursuing energy-efficient, visually harmonious, and environmentally responsible building solutions.

To support growing interest in residential solar battery systems and off-grid backup power in Southeast Asia, TERLI recently visited a key partner in the Philippines — a hotel and villa operator based in a major coastal tourism region. This client had previously visited TERLI's China factory to understand our OEM lithium battery production capabilities, and subsequently purchased customized solar storage systems for multiple properties.

After the detailed session, the client noted that the visit had completely reshaped his understanding of solar building materials. He expressed strong interest in introducing CdTe solar glass into the Indian market, particularly for urban commercial facades, premium residential buildings, and green-certified new construction.

TERLI welcomed a modern architect from Canada for an in-depth visit focused on exploring the company's CdTe thin-film solar glass. The guest represents a Canadian firm specializing in solar-integrated building design, with a strong emphasis on integrating renewable energy into architectural facades. Beyond façade applications, the architect also showed strong interest in the versatility of CdTe glass for skylights, sunrooms, shading systems, and transparent envelope structures. TERLI's team provided a comprehensive introduction to how the product can be flexibly applied across various architectural elements—offering a unique balance of aesthetics, natural lighting, and clean energy generation to support sustainable and visually compelling building designs.

The German client visited TERLI's state-of-the-art battery manufacturing facility to directly oversee the production of their OEM lithium battery systems. This visit marked a key milestone in cross-border collaboration, combining European market expertise with China-based technical execution.

During the project, engineers from both teams worked side by side on the workshop floor, actively participating in the assembly of battery modules, BMS integration, and packaging procedures. From cell welding and structural layout to final system diagnostics, every stage of the process was handled with precision and care.

The Danish team expressed strong interest in TERLI's CdTe solar glass, especially its sleek design and excellent low-light performance—ideal for Northern Europe's climate and architecture.

Unlike standard PV panels, TERLI's CdTe glass supports full customization: 10%–80% transparency, various sizes, shapes, colors, and building-texture or printed finishes. It integrates beautifully into façades, skylights and roofing systems.

As a high-tech product that integrates architectural aesthetics and green energy production, the installation process of solar glass curtain walls requires high technical standards and attention to detail. This article elaborates on the installation solutions for photovoltaic curtain walls, including construction preparation, construction procedures, safety and quality control, system commissioning, and acceptance criteria.

As the Mid-Autumn Festival graces us with its annual arrival, we are reminded not only of the traditional values of family and togetherness but also of the potential for a greener, more sustainable future. This year, let us celebrate the festival with a touch of innovation and eco-friendliness, courtesy of solar glass - CdTe thin film technology.

Why do buildings matter for clean energy transitions?