CHIP MONG Insee

Project Brief

Chip Mong Insee Cement (CMIC) set out to redefine industrial sustainability by building a massive 9.8 MW hybrid solar system. This wasn't just about rooftops; it featured a 2.8 MW floating solar farm on their reservoir—the first megawatt-sized project of its kind in Cambodia and a world-first for the cement industry. As the Visual Engineer, my task was to document this multi-month engineering feat, capturing both the technical complexity and the environmental beauty of the project

The Engineering Solution

Documenting a project of this scale required a blend of industrial-grade technical planning and cinematic vision:

• Dual-Environment Timelapses: I deployed a network of long-term, weather-sealed cameras across two distinct zones. One set captured the transformation of the 7 MW rooftop installation, while the second set documented the assembly and deployment of the Hydrelio floating solar panels on the water.

• Aquatic & Aerial Cinematography: To truly show the "Floating Solar" concept, I used drone cinematography to capture the geometric patterns of the panels as they grew to cover the reservoir. This provided a perspective that ground cameras simply couldn't reach, highlighting the water conservation aspect (reduced evaporation).

• High-Stakes Documentation: Over several months, I monitored the progress, ensuring the story moved from raw construction to a fully operational green energy powerhouse.

The results

• Industrial Storytelling: Produced a high-impact PR video that showcased CMIC as a pioneer in Asian renewable energy.

• Technological Proof: The footage served as a vital asset for global stakeholders, demonstrating how heavy industry can successfully integrate cutting-edge green tech.

• Historical Record: The months of compressed footage became a definitive visual record of a milestone in Cambodia’s energy transition.