Summer Heat and the Challenges of Container Loading

July 25 and 26, in such hot summer days,Inlux solar finished the challenging container loading, total 478 sets of solar street lights and poles were installed in three 40HC and one 20GP.

As the temperature soars to 38°C during the summer months, the conditions inside a container become even more unbearable. With temperatures reaching scorching highs, workers are left drenched in sweat, their bodies resembling dripping faucets. Despite the sweltering heat, they persevere, driven by the need to complete their tasks on schedule.

The containers become virtual ovens in the summer heat. The air inside becomes stale and hot, making it challenging for workers to breathe, let alone perform physical labor. And the physical toll of such labor cannot be overstated, with heat exhaustion and dehydration being ever-present threats.
However, our workers successfully completed the tough task. Despite the complexities of the international shipping market and the lack of containers, We company and the freight forwarder communicated effectively to ensure the work progressed swiftly. Workers were scheduled to load cargo outside the peak heat of midday to protect them from high temperatures. Additionally, the warehouse provided water and adequate ventilation, significantly reducing risks associated with the summer heat.

At 10 PM, all goods had been loaded. As the container trucks slowly exited the warehouse, the long day’s work finally came to an end. Next, we await the containers to be loaded onto the ship for timely delivery to the client’s project site.

Inlux Solar Engineering Team
Inlux Solar Engineering Team

Inlux Solar Engineering Team is the technical content team behind Inlux Solar’s solar street lighting guides, project insights, and product engineering resources. The team works with Inlux Solar’s R&D, technical, production, and quality-control departments to explain solar street light design, component selection, photometric planning, project specification, installation, and long-term reliability for municipal, commercial, EPC, and infrastructure buyers.

Our content is based on Inlux Solar’s factory experience, field project records, product test data, and engineering support for global solar lighting projects, including UNHCR, UNDP, municipal, refugee-camp, highway, industrial, and public-area lighting deployments. Inlux Solar operates a 28,000 m² manufacturing facility with 10 production lines, 30+ engineers, 60+ patents, and 300+ product certificates.

Articles by the Inlux Engineering Team are written or reviewed with input from technical, R&D, production, and QC staff to keep recommendations practical, specification-ready, and aligned with real project conditions.

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