In recent years, growing attention has been directed toward addressing the energy needs of off-grid regions, with solar power playing a pivotal role in driving this transformation. By the close of 2024, global off-grid renewable energy capacity reached 14.3 GW, of which solar accounted for 6.3 GW. These systems are now powering essential sectors such as healthcare, education, agriculture, public services, and tourism, delivering clean energy to underserved and vulnerable communities worldwide.
Island regions, in particular, face some of the most pressing energy issues due to their dependence on imported fossil fuels, inconsistent power supply, and increasing economic and environmental strains. In response, Trinasolar—a global leader in renewable energy—has been deploying its advanced solar PV and energy storage technologies to bring clean, reliable power to island communities. These efforts are enabling islands to pursue sustainable development and revitalize local infrastructure.
Enhancing island tourism with clean solar energy
Tourism is a vital economic driver for many islands, but the sector’s growing energy demands often push existing power infrastructure to its limits. Trinasolar’s smart photovoltaic and energy storage solutions offer a sustainable alternative, helping islands achieve economic growth while protecting their natural ecosystems.
In Bohol, home to the Philippines’ first UNESCO Global Geopark, Trinasolar contributed to the region’s energy stability by supplying its first large-scale solar power facility—the Dagohoy solar project. Connected to the grid in 2024, the project features Trinasolar’s high-efficiency Vertex modules and has a 27 MW capacity, producing 41,000 MWh annually. This output powers 18,000 households and key tourism sites, ensuring a stable energy supply to support the island’s growing tourism industry.
On Sabaniah Island in the UAE, the presence of distinctive salt domes—a popular tourist attraction—presented complex challenges, including corrosive environmental conditions and uneven terrain. Trinasolar addressed these issues by providing durable, high-performance solar mounting systems, ensuring a stable solar power supply to support the island’s tourism-based economy.
Looking ahead, microgrids will play a crucial role in handling the variable energy needs of tourism-centric islands. Trinasolar is committed to advancing the sustainability of such destinations by delivering its cutting-edge solutions to foster long-term, eco-friendly development.
Developing Resilient Power Systems with Smart PV and Energy Storage
Island regions often bear the burden of high electricity costs due to their heavy dependence on imported fossil fuels, making them susceptible to price volatility and energy insecurity. Trinasolar’s intelligent photovoltaic and energy storage solutions offer a practical and efficient way to reduce these pressures.
A standout initiative is the solar-storage-diesel hybrid microgrid project in the Maldives. Through the integration of PV systems, energy storage, diesel generators, and a smart energy management platform, Trinasolar is helping to reduce diesel dependence across 27 islands. This initiative delivers reliable electricity to thousands of homes, medical facilities, schools, and ports, while saving approximately 1.3 million liters of diesel each year—cutting both operational costs and emissions significantly.
Moreover, microgrid systems greatly enhance the energy resilience of island communities. They enable rapid power restoration during extreme weather events, ensuring continued safety and stability. These projects not only resolve existing energy challenges but also equip islands to better handle the impacts of future climate-related threats.
Balancing Growth with Environmental Stewardship
In regions where land and resources are limited, striking a balance between development and environmental preservation is essential. Innovative technologies such as agrivoltaics, aquavoltaics, and floating solar systems allow island communities to make the most of their natural surroundings while addressing land scarcity.
Trinasolar’s advanced solar and energy storage solutions are designed to improve resource efficiency, boost performance, and reinforce the resilience of island energy systems. Aligned with its “SOLAR” sustainability management philosophy, Trinasolar remains committed to delivering clean energy to all communities—paving the way for a more sustainable and inclusive global future.
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