Global workplace supplies provider Lyreco partnered with UK-based commercial installer EvoEnergy in order to realize its vision of creating a large-scale PV installation. Bearing in mind Lyreco’s commitment to a green energy strategy and the need for a module manufacturer of international renown, EvoEnergy chose Trina Solar as its manufacturing partner.
Category Archives: Global Case
Lianyungang Photovoltaic Town
Located in the Qingnan Community, Qinghu Town, Donghai County, Lianyungang, this new village installation was completed in early 2014 providing Trina enabled power to 129 families in the community. With a total installed capacity of 381KW, a large part of the self-generated power (80%) is used by the village community and the remaining power is transferred to the grid.. This project marked the start of family-distributed photovoltaic power generation in China. It is the first rural community village with photovoltaic power generation on closely-adjoining roofs.
BAE Sweden
In order to realize the task of replacing the aging fa?ade at its main facility in ?rnsk?ldsvik, and at the same time create a system to save on power costs by using renewable energy sources, BAE Systems H?gglunds partnered with Trina Solar, Selga (part of the Rexel group) and engineering firm Goodtech.
Sambir Solar Station
Ukranian company Eco-Optima is focused on the development and application of renewable, eco-friendly energy sources and in June 2015 commissioned this 4 MW project expansion at the Sambir Solar Station 2 in the district of Lviv.
San Pedro del Pinatar
This greenhouse for organic citrus has an integrated monitoring system that remotely controls the photovoltaic plant and the microclimate parameters needed for the crop’s development. Thanks to this, the investment, which is intended to make use of the structure’s roof, has turned out to be very profitable and environmentally friendly.
Knowes Housing Association
Glasgow-based Edison Energy, along with Trina Solar, has provided hundreds of social housing tenants not only with cheaper, sustainable power, but also in some cases with external wall insulation and rendering to maximise the benefits.
Floating solar power in Drenthe, Netherlands
The Netterden Group has strengthened its sustainability credentials with a new floating solar installation in Ellertshaar, Drenthe, supplying clean energy directly to its local sand extraction operations. The project, delivered by Solinoor and featuring Trinasolar’s Vertex N modules, showcases how innovative solar solutions can meet industrial energy needs while supporting local initiatives.
Green Solar Home
In Oberhaching, Green Home Solar GmbH has delivered five residential photovoltaic installations, each with a capacity of 24.9 kWp, transforming rooftops into efficient sources of clean energy. The systems are equipped with Trinasolar Vertex 450 W Full Black modules and are designed for residential use with partial grid feed-in. Each installation is expected to generate around 30,000 kWh of clean electricity annually, supporting energy independence, increasing property value, and contributing to a more sustainable, low-emission future for homeowners.
Córdoba Campi?a project, Spain
The Campi?a project, located in Córdoba, Spain, has an installed capacity of 11.32 MW. The power station comprises 186 Vanguard-1P trackers and 21,180 bifacial modules. The entire station is integrated with the Smart Cloud platform, with 62 trackers equipped with the SuperTrack algorithm. Commissioned in September 2022, the project is capable of supplying electricity to 7,500 households and reduces carbon dioxide emissions by 4,500 tons annually.
Shandong Renquan project, China
To address the challenges faced by this power station, TrinaTracker implemented its self-developed intelligent control system as a pilot project in August 2023. This solution integrates the smart control system, Trina Smart Cloud platform, and the SuperTrack smart algorithm, achieving seamless integration of hardware and software. With its advantages of “high reliability, high performance, and high efficiency,” the solution leverages intelligent and digital technologies to enhance power generation efficiency and optimise the operation and maintenance of aging power stations.




