At the ASEAN Sustainable Energy Week (ASEW) 2026 in Bangkok, HYPSET\nintroduced its latest cable structure technology for solar photovoltaic\n(PV) mounting systems. The solution supports the development of solar\npower plants in the commercial and industrial sectors, aquavoltaic\nprojects, and various solar project sites with complex terrain\nconditions across Southeast Asia.<\/p>\n
Thailand is one of the fastest-growing solar energy markets in\nSoutheast Asia. Government support for renewable energy and ambitious\nclean energy transition targets continue to accelerate the construction\nof solar projects in the country. On the demand side, electricity needs\nfrom the commercial and industrial sectors are steadily rising. This\nsituation, combined with significant potential in the agricultural and\naquaculture sectors, opens up broader opportunities for the development\nof distributed solar power plants and aquavoltaic systems. In recent\nyears, solar installations in Thailand have shown a stable growth\ntrend.<\/p>\n
Despite this, solar energy development still faces several obstacles.\nThailand\u2019s diverse landscape, ranging from mountains and hills to water\nbodies, makes conventional solar panel mounting systems costly and\ncomplex to install. Moreover, these systems generally require large land\nareas, making them less flexible for deployment in complex terrain. This\ncondition increases project costs while hindering the integration of\nsolar energy with agriculture and aquaculture, thereby constraining\nmarket expansion.<\/p>\n
HYPSET developed a cable-structure-based solar mounting solution to\naddress these challenges. The technology is designed to be more adaptive\nto various site conditions, thereby improving project construction\nefficiency. In dense industrial and commercial areas, land availability\nis often a major constraint. HYPSET\u2019s cable structure technology enables\nthe installation of solar panels in previously underutilised areas such\nas industrial zones, car parks, and wastewater treatment facilities. The\nsystem allows solar power plants to operate without disrupting the\nprimary function of the site, while also reducing construction\ncomplexity and overall project costs.<\/p>\n
Furthermore, the cable structure possesses strong resistance to high\nwinds and seismic activity. This capability supports long-term\noperations in Thailand\u2019s hot, humid tropical climate, which is prone to\nseasonal storms. With more efficient construction costs, high\nreliability, and attractive investment return potential, HYPSET\u2019s\nsolution helps businesses reduce electricity costs and supports the\ntransition towards more environmentally friendly operations.<\/p>\n
Thailand\u2019s aquaculture industry is one of the largest in Southeast\nAsia. However, conventional solar panel mounting systems often require\nnumerous pile foundations that can disrupt aquaculture activities. To\novercome this, HYPSET employs a wide-span design with fewer foundations.\nThis approach creates more space beneath the solar panels, allowing\naquaculture activities to continue unimpeded. The concept enables solar\npower plants to operate above the water surface while aquaculture\nproceeds underneath, supporting optimal water resource utilisation and\nthe growing aquavoltaic market in Thailand.<\/p>\n
As a global pioneer in cable structure technology for PV mounting\nsystems, HYPSET has established a strong presence in the Chinese market\nand continues to expand in Southeast Asia, backed by a portfolio of over\n100 patents. At ASEW 2026, the company not only showcased technology\nproven to address solar energy development challenges in the region but\nalso reaffirmed its commitment to supporting long-term global market\ngrowth. Going forward, HYPSET will continue to invest in innovation and\nengineering to accelerate the adoption of cable structure systems for\nsolar power plants and speed up the global energy transition.<\/p>", "url": "https:\/\/jawawa.id\/newsitem\/hypset-showcases-cable-structure-solution-for-solar-panel-installation-in-complex-southeast-asian-terrain-1783486455", "image": "" }, "sponsor": "Okusi Associates", "sponsor_url": "https:\/\/okusiassociates.com" }