SUNROVER’s 1.9MW Anhui Rooftop Array Enters Operation, Boosting Local Clean Energy Transition

SUNROVER has achieved grid synchronization for its 1.9MW distributed rooftop photovoltaic system in Anhui Province, China, marking another milestone in the company’s portfolio of industrial and commercial solar solutions. The project, spanning approximately 18,000 square meters of rooftop space, employs 2,754 units of SUNROVER’s self-developed 690W N-type TOPCon Bifacial Solar Panels, engineered to deliver 22.3% conversion efficiency under real-world conditions. These panels are integrated with 19 sets of Solis 100KW three-phase On Grid Inverters, forming a system designed to generate 2.08 million kWh annually – equivalent to reducing 1,660 tons of standard coal consumption while powering local manufacturing operations.

The project’s technical execution underscores SUNROVER’s vertically integrated business model. With in-house manufacturing facilities in Jiangsu Province producing 1.2GW of advanced photovoltaic modules annually, the company maintains full control over production quality and technological iteration. Beyond manufacturing capabilities, SUNROVER operates certified engineering teams specializing in structural design, electrical system integration, and grid compliance – competencies demonstrated through the Anhui installation’s seamless rooftop load analysis, anti-PID cabling layout, and rapid grid-access approvals.

This operational structure positions SUNROVER to deliver turnkey solutions for international clients. The company’s technical division has developed proprietary simulation software to optimize system configurations across diverse geographic and climatic conditions, accounting for variables ranging from solar irradiance patterns to local grid stability requirements. Field operations are supported by IEC-certified installation crews trained in international electrical standards (IEC 62446-1) and roof penetration sealing protocols, while the dedicated O&M team implements remote monitoring through systems complemented by biannual on-site inspections.

For overseas projects, SUNROVER’s engineering group conducts comprehensive feasibility studies encompassing shadow analysis, structural reinforcement assessments, and localized financial models compliant with international accounting standards. The Anhui installation serves as a technical reference case, having completed full commissioning within 42 days through synchronized workflows between module production, structural engineering, and electrical commissioning teams – a capability particularly valuable for clients requiring fast-track deployments in industrial zones or logistics hubs.

The company’s integrated approach extends to post-commissioning support, offering performance guarantees backed by real-time yield monitoring portals accessible to international partners. With over 120MW of distributed PV systems deployed across Asia-Pacific regions and a growing presence in European markets, SUNROVER continues to refine its technical protocols for cross-border project execution, maintaining ISO 9001-certified quality management systems alongside globally recognized product certifications including TÜV Rheinland and CE approvals.