Advanced Solar Technology and Operations
We integrate AI-powered monitoring, robotic cleaning, and precision engineering into every project to ensure your solar assets perform at peak efficiency for decades.
Our AI-powered robotic cleaning systems ensure that solar panels are free from dust and debris, maximizing energy absorption and output. This waterless technology is particularly effective in arid regions, conserving precious resources while boosting efficiency.
Our central monitoring station where engineers use AI and advanced analytics to track the performance of over 750 projects in real-time. This allows us to proactively identify and address potential issues, ensuring optimal uptime and performance.
Our project planning team utilizes advanced software to design and visualize large-scale solar farms. This meticulous design phase is vital for optimizing layout, ensuring structural integrity, and mitigating risks before construction begins.
A view of the inverters and transformer at one of our solar plants. We meticulously source and deploy certified, high-quality technology to ensure minimal degradation and high output across the 25-year lifespan of our projects.
Our engineering experts conduct a thorough design and planning phase for every project. Here, they review site maps and technical drawings to create tailored solutions that meet specific client needs and ensure operational efficiency.
Our Head of Technology, Naresh Patil, speaks on the transformative role of digitalization and AI in the renewable energy sector. We believe ensuring high asset uptime is only possible through the integration of automation and advanced data analytics.
Our Head of O&M, Hemant Makode, details our forward-thinking maintenance practices in an interview. We employ a mix of predictive maintenance, robotic cleaning, and data-driven insights to ensure every plant performs at its peak.
A close-up of the mounting structure and bifacial solar panels used in our projects. We select materials that are certified by government and independent bodies, guaranteeing top-notch performance and resilience against environmental conditions.
Another view of our durable, high-performance solar panel mounting systems. Our commitment to quality materials and engineering ensures the structural integrity and longevity of every installation.
A technician applies a high-strength chemical adhesive for anchoring a solar structure. This advanced technique provides maximum stability and durability, ensuring the installation can withstand various environmental conditions for long-lasting performance.
About Advanced Technology & Operations
Our approach goes beyond standard installation by deploying robotic dry-cleaning systems and AI-based performance monitoring. This technology reduces water usage, maintains 99% module uptime, and provides real-time generation data, ensuring your plant stays optimized without the typical maintenance hassles.
Precision Engineering for Structural Integrity
We treat every installation as a long-term asset, not a temporary structure. Our engineering team conducts wind load analysis up to 150 km/hr for all projects, utilizing chemical anchoring with certified industrial adhesives on concrete surfaces. This meticulous approach prevents water leakage and ensures the structural framework remains stable against extreme environmental conditions for the duration of the 25-year project lifespan.
Intelligent Operations and Maintenance (O&M)
Modern solar energy management requires more than manual checks. We utilize our proprietary Hawk AI monitoring dashboard, which tracks real-time generation, shadow analysis, and potential downtime alerts across all sites.
Key features of our O&M strategy include:
- Robotic Cleaning: Automated, waterless cleaning systems that maintain optimal module performance even in arid regions, reducing operational costs.
- Predictive Analytics: Data-driven insights that allow us to identify and resolve performance drops before they become major issues.
- Safety Compliance: Strict Lockout-Tagout (LOTO) procedures and GWO-certified training for all technicians, ensuring a safe working environment on-site.
Lifecycle Performance
We handle the entire operational lifecycle, from the initial design and permitting to daily performance management. By sourcing Tier-1 modules with degradation warranties and employing advanced substation maintenance (11kV/33kV), we eliminate the technical complexities for our clients. Whether we are managing a rooftop array or a utility-scale open-access farm, our goal is to deliver consistent power with minimal disruption to your industrial operations.
Gentari
We are Gentari India, formerly Amplus Solar. Our team builds and manages high-performance solar infrastructure that prioritizes asset longevity, safety, and continuous energy output for industrial clients.
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