Author Archives: shirleyjiang

Powering six council facilities with 202 kW of clean energy, the City of Playford’s solar rollout with Venergy Solar Australia and Trinasolar’s Vertex S+ 500W solar modules sets a new standard for sustainable local governance and responsible procurement in Australia.

Venergy Solar Australia

Featuring Trinasolar’s Vertex N modules with panel-level monitoring and real-time fault detection, this 260 kWp rooftop system delivers safe, low-maintenance solar power for a Thai food manufacturer. Designed with purpose-built walkways, fall protection, and dedicated inverter rooms, it ensures both operational safety and long-term efficiency.

TradeRich Co., Ltd

This 42MW agrivoltaic solar project integrates 71,000 Trinasolar modules that generate 69GWh of clean energy annually while allowing livestock grazing beneath the panels. It sets a benchmark for how large-scale solar can balance energy production with sustainable land use.

Lodestone Energy

Installed on an underutilized factory rooftop, this 2.9 MW solar system supplies consistent clean power that cuts diesel reliance and grid costs. The installation strengthens production stability and sustainability credentials for Pakistan’s export-oriented textile industry.

Wateen Solutions

Powering tools, office systems, and EV charging, Trinasolar’s all-black Vertex S+ Clear Black modules with transparent encapsulant bring sleek design and high efficiency to Plumbify. This solar-plus-storage system ensures long-term reliability and energy independence for this South Australian plumbing and trade services business.

Generating 55 GWh of clean energy annually, the 33 MW Kohirā Solar Farm in New Zealand combines Trinasolar Vertex bifacial modules with TrinaTracker smart tracking systems to power over 7,700 homes. This agrivoltaic project demonstrates how utility-scale solar can coexist with agriculture to enhance energy security and optimize land use.

Lodestone Energy Limited

At two sites in Gunma Prefecture, Trina Storage’s Elementa 2 battery systems were deployed. As Japan’s first high-voltage grid battery project, engineers from Japan, China, and Singapore collaborated to complete—from connecting the containerized batteries, PCS, and EMS through to test runs and grid interconnection preparation—in just three weeks. The on-site execution capability and product reliability have been highly evaluated.