INVT XG110KTR-PRO Solar Inverters Boost Yuexin Transmission’s 2MW Solar Project for Green Energy Upgrade

Against the backdrop of actively promoting green energy and sustainable development globally, photovoltaic power generation, as an important component of clean and renewable energy, is increasingly demonstrating its strategic value. Yuexin Transmission System Co., Ltd. in Changzhou, Jiangsu, is closely following the energy transition trend by investing in and constructing a 2MW commercial and industrial photovoltaic project, utilizing the "self-consumption and surplus power grid connection" model. The core equipment of the project— INVT iMars XG110KTR-PRO Solar Inverter—significantly enhances the power generation efficiency with outstanding performance, while also making a substantial contribution to energy conservation and emission reduction.

Intelligent and Efficient

Comprehensive Enhancement of System Value

1 High Efficiency Conversion Maximizes Power Generation Benefits
The iMars XG solar inverter adopts advanced MPPT (Maximum Power Point Tracking) technology, with a conversion efficiency of up to 98.6%, maximizing the solar energy conversion rate under the same lighting conditions. Taking the 2MW project of Yuexin Transmission in Changzhou, Jiangsu, as an example, the inverter accurately captures the maximum power point of the photovoltaic modules under different weather conditions, achieving efficient and stable power generation. This significantly improves the power generation and project returns, reducing the investment payback period.

2. Wide Voltage Range, Adaptable to Complex Lighting Conditions
The solar inverter features a wide voltage range design, with a voltage range of 180-1000V and an ultra-low startup voltage of just 200V. It can effectively adapt to a variety of module configurations and complex lighting environments. Even under weak light conditions such as early morning, dusk, or cloudy days, the iMars XG inverter can quickly start and continuously generate power stably, extending the effective daily generation time and further improving the total annual power generation and project economics.

3. Flexible Adaptation, Reducing System Costs
The iMars XG series includes power models ranging from 3kW to 150kW and supports a DC side 1.6 times overload and a 1.1 times long-term overload capacity on the AC side, making it widely applicable for both residential and commercial scenarios. In the Yuexin Transmission project, through scientific equipment selection and system optimization, the initial investment and later expansion costs were significantly reduced, while leaving room for future capacity expansion.

4. Intelligent Monitoring, Convenient and Efficient Operation and Maintenance
The inverter supports real-time remote monitoring and fault diagnosis. Users can view power generation data and device status via multiple terminals. If an anomaly occurs, the system automatically triggers an alert and helps locate the problem, greatly improving the operational response speed and management efficiency. The open communication protocol is compatible with mainstream monitoring platforms and supports customized energy management needs, helping companies achieve refined operation of the photovoltaic system.

Emission Reduction and Efficiency Improvement

Demonstrating Corporate Responsibility

The photovoltaic power generation system, relying on the iMars XG  solar inverter, efficiently converts solar energy into green electricity, significantly reducing dependence on traditional fossil fuels. The annual power generation of the Yuexin Transmission 2MW project is approximately 2.2 million kWh, which corresponds to a reduction of 1,278 tons of CO₂ emissions and the saving of 880 tons of standard coal. The environmental effect is equivalent to planting 7,100 trees. The project not only achieves a clean power replacement for part of the company’s electricity consumption but also benefits surrounding users through surplus power grid connection, contributing to the optimization of regional energy structure and improvement of environmental quality.

By constructing photovoltaic projects and selecting high-efficiency inverter equipment, enterprises not only reduce their carbon footprint but also actively participate in regional energy structure adjustments, demonstrating their social responsibility. The large-scale application of photovoltaic power generation is continuously driving the transformation of the energy structure toward clean, low-carbon, and sustainable directions. The iMars XG series plays a key role as a supporting equipment in this transformation.