Powering a Better Tomorrow
Innovative - Sustainable - Intelligent Solutions
25 Years + Financial Agreement
With PPA (Power Purchase Agreement) for Energy Requirement & WPA (Water Purchase Agreement) for Water Requirement , which is consolidated with 25-year term long-term contractual arrangement which StarUnion Power Corporation will provide to Off-Takers who usually would be Government / Semi-Government or Utility Companies.
Whereby StarUnion Power Corporation will Commit to Design, Finance, Construct, Operate and Maintain the Energy Plant/Renewable Desalination Plant and thereso complying with Technical & Commercial needs and Delivering Quality, Quantity as per International Standards.
StarUnion Corporation expects the Government/Semi-Government or Utility Companies To Guarantee by :
- Signing Memorandum of Association
- Issuing Letter of Intent (LOI) or Expression of Interest.
- Letter/Certificate of Land allocation for Desalination and Solar site
- Finalisation of Tariffs with Escalation Clause to secure any Forex Related Variation.
- Facilitation of licenses & permits
- Issuance of Irrevocable -Reccurring Bank Guarantee from Reputed Bank for Consumption of Energy/Potable Water.
Once the above is accomplished Starunion Power Corporation will Commence with Technical feasibility study and Issue Technical Quotation.
Solar PV EPC Services
At StarUnion Power Corporation, we offer comprehensive EPC (Engineering, Procurement, and Construction) solutions for Solar Photovoltaic (PV) power plants, tailored for utility-scale, commercial, and industrial applications. From concept to commissioning, our end-to-end approach ensures reliable, efficient, and cost-effective solar installations with global quality standards.
1. Engineering
- Feasibility Studies & Site Assessments: In-depth analysis of irradiance, grid access, land, and technical viability
- System Design & Optimization: PV simulation, layout planning, energy yield forecasting
- ️ Electrical & Civil Engineering: Load flow studies, foundation and trench design, complete SLDs
2. Procurement
- Tier-1 Bankable Components: Modules, inverters, mounting structures, SCADA, transformers
- Vendor & Supply Chain Management: Global sourcing, quality checks, logistics coordination
- Cost Optimization: Strategic partnerships ensure competitive pricing and warranties
3. Construction
- ️ Project Execution: On-time delivery with skilled manpower and robust scheduling
- Grid Integration: Smooth utility interface with metering and remote access systems
- Compliance: IEC, IEEE, QA/QC protocols and HSE practices followed
4. Commissioning & Handover
- Testing & Validation: Comprehensive performance and safety checks
- Documentation & Training: O&M manuals, warranty kits, and client orientation
- Performance Guarantees: Generation, uptime, and workmanship backed by performance bonds
Why Choose Us
- 3900+ MW of installed capacity
- Experienced multi-disciplinary EPC team
- On-time & on-budget execution
- Long-term O&M and performance support
Seawater Reverse Osmosis (SWRO) Desalination Plant
Excellence in Water Quality, Efficiency & Sustainability
Our SWRO Desalination Plants are engineered for achieving world-class standards in potable water output, energy efficiency, and operational excellence. They are built for remote, coastal, or off-grid locations with a strong focus on sustainability, automation, and long-term reliability.
Core Objectives
- Deliver potable water as per WHO / national drinking standards
- Maximize plant availability, RO recovery, and membrane life
- Minimize operational costs – energy, chemicals, maintenance
- Ensure 24/7 reliable operation, even in off-grid regions
- Achieve environmental compliance on brine and emissions
- Leverage smart automation and remote monitoring
Key Pillars of Manufacturing Excellence
- Water Quality Assurance: Online TDS, turbidity, pH, conductivity, redundant pre-treatment, SDI checks, and lab testing
- Operational Efficiency: RO recovery >40%, energy 2.5–3.5 kWh/m³, ERDs, OEE tracking, optimized CIP
- Smart Maintenance: TPM, predictive AI, vibration/flow sensors, membrane tracking, asset management
- Energy & Cost Optimization: VFDs, solar/BESS integration, real-time SCADA/PLC control, heat/reject water reuse
- Digitalization & Industry 4.0: Central SCADA, AI/ML prediction models, IoT sensors, digital twins
- Environmental Sustainability: ZLD, diffused brine discharge, green membrane cleaning, solar desalination
- Human Capital & Safety: Operator training, Gemba walks, Kaizen boards, chemical & pressure safety
Key Performance Indicators (KPIs)
- ️ TDS (Potable Water): < 500 ppm
- ️ RO Recovery: > 40%
- ️ Energy Use: 2.5–3.5 kWh/m³
- ️ Plant Uptime: > 95%
- ️ Membrane Life: 5–7 years
- ️ OEE: > 85%
- ️ Brine Discharge Compliance: 100%
- ️ Microbial Contamination: 0
Excellence Implementation Toolkit
- Daily Operations Checklist
- Digital Dashboard & KPIs Tracker
- SOPs for Startup, CIP, Shutdown, Safety
- Maintenance Calendar & Asset Register
- Compliance Manual (EIA, discharge, ISO)
- Energy Cost Model (Solar + Grid Mix)
Waste Incineration System for Sustainable Waste Management
At StarUnion, we offer advanced waste incinerator solutions as part of our integrated waste management systems. Designed for efficiency, safety, and environmental compliance, our incinerators are ideal for urban, industrial, medical, and hazardous waste treatment. Our flagship STARUNION AR7 incinerator delivers clean, smokeless combustion with high thermal performance and global emission compliance.
Key Features
- High-Temperature Combustion: Reduces waste volume by up to 90%, with controlled emissions
- Energy Recovery: Converts waste heat into electricity or steam for reuse
- Automated Operation: User-friendly controls and real-time performance monitoring
- Emission Control: Scrubbers, filters & sensors compliant with EU, EPA, CPCB standards
- Modular Design: Scalable solutions for hospitals, municipalities, and industrial parks
- Zero-Smoke Incineration Technology: Ensures odorless and smokeless operations
Applications
- Municipal Solid Waste (MSW)
- Biomedical & Hazardous Waste
- Industrial Waste
- Sludge and Sewage Residue
Benefits
- Reduces landfill dependency and space requirements
- ️ Minimizes environmental and public health risks
- ️ Converts waste into clean, usable energy
- ️ Fully compliant with national and international pollution norms
We provide turnkey incineration plants and comprehensive operation & maintenance (O&M) services to ensure long-term efficiency, safety, and compliance.
Power the Future with Battery Energy Storage
Reliable, Clean, Scalable Energy
Our advanced Battery Energy Storage Systems (BESS) deliver clean, reliable, and efficient energy storage for renewable power, grid stabilization, and critical backup needs.
What is BESS?
Battery Energy Storage Systems (BESS) are cutting-edge solutions that store electricity for later use. They are essential in integrating renewable energy like solar or wind, improving grid reliability, and supporting energy independence.
Our BESS solutions combine intelligent battery management systems, lithium-ion or flow battery technologies, and modular design to scale with your energy needs.
Key Features
- Modular & Scalable: Easily expand capacity as your energy demand grows
- Fast Response Time: Millisecond-level discharge for grid support
- Renewable Integration: Store excess solar or wind energy efficiently
- Advanced Safety Protocols: Thermal management and fire protection
- Smart Monitoring: Real-time energy flow, SoC (state of charge), and diagnostics
Applications
- Renewable Energy + Storage (Solar, Wind, Hybrid systems)
- Microgrids and Off-grid Communities
- Commercial & Industrial Demand Management
- Utility Grid Frequency Regulation
- EV Charging Infrastructure Support
Benefits
- Reduce energy bills and peak demand charges
- ️ Ensure power backup for critical infrastructure
- ️ Increase reliability of renewable energy sources
- ️ Contribute to carbon neutrality goals