Today, as more countries commit to long-term net-zero goals, green and low-carbon development has become a shared global priority. With the accelerated adoption of renewable energy worldwide, scenario-based applications are becoming an important growth point for the photovoltaic market in the next stage.
Driven by cost advantages and clean power output, renewable energy is accelerating the start of a new cycle of scenario-based applications, photovoltaics increasingly deployed in high-consumption, high-cost, and electricity-constrained environments. The need is especially strong in off-grid operations—such as oil and gas extraction and mining – where diesel generation remains costly and inefficient.
According to relevant data, electricity generated from traditional fossil-fuel-based sources—such as coal, natural gas, and diesel—remains significantly more expensive and less flexible than renewable alternatives, while also facing growing environmental constraints.
In particular, the cost of diesel-based power generation is approximately 275% higher than that of photovoltaic power generation. In addition to high fuel costs, diesel generator systems are challenged by limited flexibility, high maintenance requirements, and increasing environmental pressure.
Against this backdrop, there is a clear and growing demand for standardized, mobile solar solutions that can significantly reduce operating costs while improving efficiency and sustainability.
Based on market demand, GCL launched the EcoPower Mate series in November 2025 – a mobile photovoltaic system designed for operations facing constrained or complex energy conditions worldwide. Built for extreme environments, rapid deployment, and high energy efficiency, EcoPower Mate offers a new approach to zero-carbon transformation in traditional high-energy-consuming scenarios.
Tackling Industry Pain Points: Dual Product Configurations Optimized for Diverse Scenarios
Traditional diesel generators have long dominated outdoor operations, yet they come with significant drawbacks – severe carbon emissions and noise pollution, high power generation costs, insufficient deployment flexibility, and difficulty in coping with extreme weather and complex terrain.
To address the aforementioned issues, EcoPower Mate offers two product configurations: wheeled and rail-mounted, covering the needs of different application scenarios.
The wheeled PV container features an integrated design with container doors, built-in inverters, DC junction boxes, power distribution modules, and drive systems. Measuring 12.16m × 2.53m × 2.89m, it is lightweight and highly portable. This product requires no prefabricated tracks and can be deployed on flat surfaces such as concrete or gravel, with local compaction and leveling or driving in short steel stakes, making it ideal for flat terrain and reducing on-site construction work.
The rail-mounted PV system is designed for complex and varied road conditions. It uses a rail foundation equipped with mechanical support arms and secure module-fastening systems. A single rail can be up to 100m long, and the body size is 6.058m × 6.058m × 2.438m. This configuration ensures stable operation in rugged environments typical of oil and gas exploration and mining sites.
Both products are equipped with GCL’s SiRo T series high-efficiency photovoltaic modules, delivering a maximum power output of up to 520 W and a module efficiency of up to 23.37%. The modules are compatible with mainstream inverters on the market and have extremely strong adaptability.
Three Core Values Redefining the Benchmark for Mobile Solar Power
Beyond scenario-specific configurations, EcoPower Mate delivers three key advantages—flexibility, cost efficiency, and environmental performance—setting a new standard for mobile outdoor energy solutions.
EcoPower Mate offers rapid plug-and-play deployment, enabling installation and power generation within minutes—reducing setup time by up to 90% compared with traditional PV installations. In extreme weather conditions, the user can relocate all modules into the container within 30 minutes of receiving the weather alert to provide effective protection against sandstorms, heavy rainfall, and other severe environmental impacts. A smart power management system adjusts output in real time based on load requirements, while the reusable design allows the entire system to be moved easily between sites.
EcoPower Mate helps reduce operational costs through automated installation, cutting labor requirements by more than half. Its reusable design reduces equipment wear by more than 30%, and the self-cleaning function improves the power generation efficiency of the modules by more than 40%. Compared to diesel power generation, solar power can cost as low as USD 0.10–0.12 per kWh—up to 60% lower than diesel generation—offering substantial long-term savings and improved return on investment.
EcoPower Mate also delivers strong environmental benefits. The product operates with low operating noise and no greenhouse gas or air pollutant emissions, supporting operators’ sustainability targets. For industries such as oil and gas, where environmental regulations are tightening, this solution helps reduce carbon footprints and supports broader corporate ESG goals.
Multi-Scenario Adaptation: Building a Zero-Carbon Energy Ecosystem
With its strong environmental adaptability and system compatibility, supports a wide range of applications, including off-grid, hybrid, and grid-connected systems. It is also compatible with multiple energy storage configurations, enabling flexible deployment across industries seeking to reduce emissions.
In off-grid system scenarios – including, but not limited to, remote islands, mining operations, agricultural and food production sites, outdoor events, and oil and gas facilities—the EcoPower Mate provides a stable and clean alternative to traditional fossil-fuel-based power solutions. In hybrid or grid-connected systems, it can integrate with existing power infrastructure, enhancing energy self-sufficiency and supporting low-carbon industrial operations.
The solution can also support grid-connected applications such as data centers, supplying renewable energy to power high-demand computing operations and contributing to more sustainable digital infrastructure.
EcoPower Mate offers 50 kW and 125 kW energy storage options, both of which can be expanded through parallel configuration. A single system support up to 1 MWp of solar capacity and 1 MWh of storage. When combined in parallel, deployments can scale to 2 MWp of PV, 2.6 MWh of storage, and 1.25 MW of AC output, meeting the needs of larger operations.
The first batch of EcoPower Mate units has completed installation, commissioning, and system testing at GCL’s Hefei factory, with all performance metrics meeting design specifications. The product has officially entered the market application stage.
Looking ahead, the EcoPower Mate will expand internationally, with installations planned in Saudi Arabia in Q1 2026, marking the start of its overseas deployment.
With more than 350 global companies committed to RE100 targets and industries advancing their decarbonisation strategies, EcoPower Mate is positioned to become an essential solution for reducing emissions in energy-intensive operations worldwide.
