March 24, 2025
On the morning of March 24, 2025, the groundbreaking ceremony for the Phase‑I Integrated Energy Project of Shenzhen Senior Materials (Foshan) New Materials Technology Co., Ltd., themed Harnessing Solar, Storage & Intelligence, Shining a Bright Future, was grandly held at the main entrance square of the industrial park. This marks the official launch of the benchmark Zero‑Carbon Factory Project in the Guangdong‑Hong Kong‑Macao Greater Bay Area, invested and constructed by Guangdong Haina Tianguang New Energy Technology Co., Ltd. Centered on the three‑in‑one framework of photovoltaic power generation + energy storage + intelligent management and control, the project sets an innovative benchmark for zero‑carbon park construction in the new energy materials industry.
Integrated PV‑Storage‑Intelligence Embarks on a New Zero‑Carbon Journey for the Greater Bay Area
The ceremony kicked off with a salvo of salutes, symbolizing a promising start for the project. With a total investment of approximately 80 million yuan, the project will build a 22.84 MW distributed photovoltaic power station and a 2.6 MW/11.29 MWh electrochemical energy storage system. It is expected to generate over 23 million kWh of electricity annually and reduce around 20,000 tons of carbon dioxide emissions, defining a new industrial energy paradigm with solid performance data.
Scene of the Groundbreaking Ceremony for the Senior Materials Integrated Energy Project
Blueprint Exploration Unlocks the Future of Industrial Energy
Following the ceremony, distinguished guests conducted an on‑site inspection of the new office park of Shenzhen Senior Materials and the planned construction area of the integrated energy project, focusing on application scenarios of TPO polymer flexible roofing materials and Building‑Integrated Photovoltaics (BIPV) technology. Covering 91,000 m² of factory rooftops, the project adopts weather‑resistant and damage‑resistant TPO base materials to achieve both waterproof protection and high‑efficiency power generation. The upcoming smart photovoltaic carport integrates sun‑shading, parking and power‑generation functions, expanding the value of industrial space with lightweight structural design.
Innovative Technology Matrix Reconstructs the Industrial Energy Paradigm
The integrated energy project of Shenzhen Senior Materials (Foshan) boasts three core advantages:
Efficient synergy of integrated PV‑storage‑intelligence: Annual photovoltaic power generation reaches 23 million kWh and annual energy storage discharge hits 5 million kWh, supporting an 80% self‑sufficiency rate of clean energy for the factory.
Scenario‑oriented technology integration: Innovative application of TPO waterproof membranes realizes dual functions of protection and power generation; BIPV technology reshapes the value of industrial buildings. Modular‑designed smart photovoltaic carports integrate power generation, sun‑shading and vehicle parking scenarios to empower the green upgrading of industrial settings.
Intelligent lean management and control: Platform‑driven operation and maintenance efficiency rises by 40%. Real‑time aggregation of photovoltaic, energy storage and load data dynamically optimizes energy dispatching strategies, cutting overall energy consumption costs by 15%.
Rendering of the Integrated Energy Project of Shenzhen Senior Materials (Foshan)
United for Win‑Win Results, Zero‑Carbon Industrial Chain Powers the Greater Bay Area’s Future
The integration of photovoltaics, energy storage and intelligence represents not only technological breakthroughs, but also a commitment to harmonious coexistence between industry and nature. Leveraging smart energy systems as a pivot, the project accelerates the low‑carbon transformation of the new energy separator industry and provides a replicable zero‑carbon park model for the Greater Bay Area. Moving forward, Guangdong Haina Tianguang will deepen the integration of photovoltaic, energy storage and digital technologies, expand full‑life‑cycle services of investment‑construction‑operation, and inject zero‑carbon momentum into the high‑quality development of the Guangdong‑Hong Kong‑Macao Greater Bay Area.