The present of solar operations
The present of solar operations
Clean, inspect, optimize.
TATABOT
Peak power from every panel
Dust, sand, and grime quietly drain the energy your plant was built to produce. TATABOT crawls the array and cleans continuously, recovering up to ≥99.5% of lost yield, with no crews and 0.6 L of water per panel.
Proven in the field
2+
Years of experience
2+
Years of experience
4M+
Cleaned panels
4M+
Cleaned panels
200+
Completed Projects
200+
Completed Projects
250 MWh+
ENERGY YIELD RECOVERED
250 MWh+
ENERGY YIELD RECOVERED
250 MWh+
ENERGY YIELD RECOVERED
Trusted by
Trusted by
2027 NEW RELEASES
2027 NEW RELEASES
2027 NEW RELEASES
Smart robots doing the hard work in solar fields.
Smart robots doing the hard work in solar fields.
Smart robots doing the hard work in solar fields.
Our thesis
Our thesis
Our thesis
Every task in the solar field should be autonomous.
Every task in the solar field should be autonomous.
Every task in the solar field should be autonomous.
Solar is scaling faster than the people who run it. Building, cleaning, crossing rough terrain, the work is still slow, costly, and manual. We're building a fleet of robots to make every field task autonomous.
Solar is scaling faster than the people who run it. Building, cleaning, crossing rough terrain, the work is still slow, costly, and manual. We're building a fleet of robots to make every field task autonomous.
Solar is scaling faster than the people who run it. Building, cleaning, crossing rough terrain, the work is still slow, costly, and manual. We're building a fleet of robots to make every field task autonomous.
COLOSSUS builds solar plants in days, not months
Solar is scaling. Field teams need leverage.
Solar portfolios are growing fast. Sunnybotics adds autonomous field capacity so teams can cover more ground, capture better site intelligence, and scale with fewer constraints.
1M+ solar workers needed by 2030 · 300% workforce pressure · Every new MW adds more field demand
