Skysys Expanded Robotics for Renewable Energy Sites

The firm has scaled its AI-driven inspection and cleaning systems to cover over 40 gigawatts of installed renewable capacity.

Updated on Sept. 29, 2026 in Robotics

An autonomous drone hovers above a large, orderly grid of solar panels at a renewable energy facility.
Skysys has scaled its AI-driven drone and robotic maintenance systems to cover over 40 gigawatts of global renewable energy capacity. AI Illustration. Upload story photo >

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Skysys Intelligent Technology has deployed automated drone and maintenance robot systems across more than 1,400 renewable energy sites worldwide. The company, which recently secured over RMB 100 million in Series B+ funding, focuses on replacing dangerous manual inspections with AI-powered diagnostics.

Why it matters

Scaling automated maintenance is essential for improving output across large-scale renewable installations where manual checks are physically demanding and time-consuming. This shift enables faster defect identification and consistent cleaning, directly impacting the economic viability of aging solar infrastructure.

Skysys drone inspection reports for projects like floating solar installations in Indonesia take 15 to 20 minutes to generate. Its solar-cleaning robots are priced at just over 10,000 euros for export, with an estimated payback period of eight months.

The players

Skysys Intelligent Technology

A developer of AI-integrated drone and robotics stacks for the renewable energy sector specializing in automated inspection and maintenance.

The details

The company uses drones equipped with AI-based detection to identify anomalies like hot spots—areas of high thermal resistance that indicate cell failure—physical damage, and dust accumulation. Once identified, ground-based robots perform physical cleaning and maintenance interventions to restore optimal power generation. This process replaces traditional manual labor that requires workers to climb or traverse difficult terrain in large solar arrays.

Timeline

  1. 2018 to 2019: Automated inspection technology moved into solar farms.

  2. 2020: The product line expanded from inspection to active maintenance.

  3. June 2025: The company raised over RMB 100 million in Series B+ funding.

  4. September 17, 2026: Skysys was named to the 2026 AI Going Global Future Unicorn Top 100 list.

The Tech Race

Skysys sits within a competitive push to automate infrastructure management through specialized vertical robotics. Its inclusion on the 2026 AI Going Global Future Unicorn list marks its emergence as a significant player against established regional maintenance firms.

Renewable energy operators can now source cleaning robots for approximately 10,000 euros, with an estimated return on investment within eight months. The technology is currently deployed internationally to reduce the safety risks and operational downtime associated with traditional manual maintenance.

The takeaway

The rapid expansion of autonomous inspection across 40 gigawatts of capacity demonstrates a clear shift toward AI-managed renewable infrastructure. Operators should watch for the company's planned expansion into urban low-altitude operations, which may signal a move beyond traditional solar and wind sites.

Further reading

For more on the broader shift toward automated industrial maintenance, explore the latest trends in Robotics.

Source note: This article includes information reported by TechNode.

Live Poll

Do you believe the use of robotics in energy maintenance will lead to lower electricity costs?

Skysys Expanded Robotics for Renewable Energy Sites | Highwise Tech