Join It Sustainable Tech.Co.,Ltd.

Join It Sustainable Tech.Co.,Ltd.

Join It Sustainable Technology Co., Ltd. focuses on promoting recyclable color-painted photovoltaic renewable energy building materials solutions. The company is committed to addressing the aesthetic limitations, glare issues, and integration costs that traditional solar panels face in architectural applications, seamlessly combining green energy technology with design to advance ESG and sustainability goals.
Join It Sustainable Technology serves as the exclusive authorized distributor and market integration partner for Ritchen Energy Co., Ltd., the developer of color-painted PV technology, which is also the company’s single largest shareholder. The company actively drives the deployment of color-painted PV panels in public facilities, building façades, and other applications, completing national-level demonstration projects at the Experimental Center of the Ministry of the Interior’s Architecture and Building Research Institute in 2024 and 2025.
With a professional team and international outreach, Join It Sustainable Technology continues to promote the application of color-painted PV building materials in net-zero buildings and low-carbon cities, fostering an innovative and sustainable future for renewable energy in the built environment.

Color-painted Solar Panel

Solution Description

Solar Energy

Join It Sustainable turns building façades into power-generating surfaces with a circular, eco-friendly painted PV coating—blending renewable energy with architecture and branding. The coating is anti-soiling, scratch-resistant, rain self-cleaning and designed to reduce glare, while keeping PV performance. Applicable to façades, balconies, carports, shading elements and signage to unlock more renewable area for retrofit and net-zero buildings.
Taiwan’s first public demonstration of a color-painted PV façade: showcased at the Architecture and Building Research Institute (ABRI,MOI), Ministry of the Interior. Phase I & II results prove façade PV can be safely and stably deployed on existing public buildings—turning decorative cladding into a consistent, power-generating building envelope.

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