Where sunlight meets
water.
PM Surya Sarovar connects renewable energy with water infrastructure, helping bring solar power closer to the systems that move, manage and deliver water.
Turning sunlight into water infrastructure.
Solar energy can become more than electricity. When connected with water infrastructure, it can support pumping, distribution, and the systems communities and agriculture depend on.
Solar Generation
Renewable electricity generated from floating and ground-mounted solar to power energy-intensive water operations.
Water Management
Solar-powered infrastructure supporting pumping, movement, canal storage and conservation of water resources.
Agricultural & Community Delivery
Connecting renewable energy and water infrastructure with irrigation pipelines, reservoirs, and civic delivery.
Solar Generation
Renewable electricity generated from floating and ground-mounted solar to power energy-intensive water operations.
Water Management
Solar-powered infrastructure supporting pumping, movement, canal storage and conservation of water resources.
Agricultural & Community Delivery
Connecting renewable energy and water infrastructure with irrigation pipelines, reservoirs, and civic delivery.
From sunlight to flowing water.
Solar energy moves through clean generation and pumping infrastructure before becoming part of the water systems that support agriculture, reservoirs, and communities.
Solar Energy
Sunlight provides the primary renewable energy source.
Clean Generation
Floating and land-mounted solar arrays convert sunlight into usable electricity.
Powered Infrastructure
Solar electricity directly couples to pumps and hydraulic equipment.
Storage & Distribution
Water is moved, conserved in canals, and stored in reservoirs.
Water Where It Matters
Water delivers to agricultural fields, civic reservoirs, and municipal networks.
Solar Energy
Sunlight provides the primary renewable energy source.
Clean Generation
Floating and land-mounted solar arrays convert sunlight into usable electricity.
Powered Infrastructure
Solar electricity directly couples to pumps and hydraulic equipment.
Storage & Distribution
Water is moved, conserved in canals, and stored in reservoirs.
Water Where It Matters
Water delivers to agricultural fields, civic reservoirs, and municipal networks.
One solar-water system. Multiple community and ecological outcomes.
An ecosystem built around water.
Solar energy, water infrastructure, agricultural users and implementing organizations all play a role in creating a connected renewable water ecosystem.
Grid and water operations
WATER INFRASTRUCTURE
The central lifeline of the renewable water ecosystem
WATER & ENERGY RESILIENCE
WATER INFRASTRUCTURE
The central lifeline
WATER & ENERGY RESILIENCE
From water infrastructure to connected intelligence.
Solar plants, pumps, reservoirs, field devices and water infrastructure generate operational information. Intellisolar brings those assets together into one connected operational view.
Solar & Water Intelligence Layer
Unified telemetry ingestion, hydraulic-energy ratio analytics, and automated reporting across solar arrays, pumps, and water bodies.
Every asset visible. Every drop accounted for.
Make every water-energy asset visible.
From solar generation to pumps and connected water infrastructure, Intellisolar brings operational data together to monitor performance, identify issues and understand the health of the entire system.
SOLAR & WATER OPERATIONS HUB
Unified operational command deck uniting solar generation, pumping equipment, and reservoir delivery
See energy and water infrastructure in real time.
Continuous telemetry across solar plants, pumps, and water assets.
Understand operational performance.
Energy-hydraulic performance ratios and efficiency analysis.
Find issues across the infrastructure.
Automated fault detection across electrical and hydraulic assets.
Understand what energy is coming.
Solar generation predictions aligned with pumping schedules.
Turn infrastructure data into actionable reporting.
Comprehensive operational summaries and regulatory compliance.
See energy and water infrastructure in real time.
Continuous telemetry across solar plants, pumps, and water assets.
Understand operational performance.
Energy-hydraulic performance ratios and efficiency analysis.
Find issues across the infrastructure.
Automated fault detection across electrical and hydraulic assets.
Understand what energy is coming.
Solar generation predictions aligned with pumping schedules.
Turn infrastructure data into actionable reporting.
Comprehensive operational summaries and regulatory compliance.
What changes when energy and water work as one system?
When renewable energy and water infrastructure become connected, both become easier to understand, operate and plan.
From disconnected infrastructure → one operational view
Unifies solar generation, pumping stations, water infrastructure and field devices into one telemetry layer.
From energy consumption → measurable pumping performance
Quantifies solar power usage, pump throughput efficiency, asset availability, and hydraulic losses.
From infrastructure issues → faster intervention
Detects pump faults, offline sensors, telemetry anomalies, and dry-run conditions in real time.
From historical operations → informed water-energy planning
Combines solar prediction with water demand cycles for optimized seasonal allocation and storage scheduling.
From disconnected infrastructure → one operational view
Unifies solar generation, pumping stations, water infrastructure and field devices into one telemetry layer.
From energy consumption → measurable pumping performance
Quantifies solar power usage, pump throughput efficiency, asset availability, and hydraulic losses.
From infrastructure issues → faster intervention
Detects pump faults, offline sensors, telemetry anomalies, and dry-run conditions in real time.
From historical operations → informed water-energy planning
Combines solar prediction with water demand cycles for optimized seasonal allocation and storage scheduling.
From disconnected infrastructure to intelligent solar-water operations.
Intellisolar turns PM Surya Sarovar's solar generation and water assets into a continuously visible, measurable, and synchronized operational ecosystem.
Connect Renewable Energy with Smarter Water Infrastructure.
From solar generation and pumping infrastructure to connected water assets, Intellisolar brings energy and operations together in one intelligent platform.
