Solar Energy
Lower Bills, Meet ESG Through Renewables
Advanced Solar Energy Science for Industries
How Photovoltaic Technology Delivers Reliable Power for Manufacturing
Solar energy is renewable power derived from sunlight, converted into electricity or heat using photovoltaic (PV) panels or solar thermal systems. It’s a clean, abundant energy source reducing reliance on fossil fuels.
How It Works
01
Sunlight Absorption
Solar panels capture photons from sunlight.
02
Energy Conversion
PV cells convert photons into direct current (DC) electricity.
03
Utility Use
An inverter transforms DC into alternating current (AC) for industrial/manufacturing applications.
Solar Energy Powering Global's Industrial Future
Transform energy costs into advantage
Eco-Friendly Energy Solution
Zero-emission power from unlimited sunlight, no pollution.
Significant Cost Savings
Low-maintenance solar cuts bills fast with 5-year ROI.
Flexible & Scalable Systems
Modular solar grows with your factory's needs.
Reliable Energy Security
Storm-proof power, immune to grid failures.
Enhances Brand Reputation
Green energy attracts customers and top talent.
Why NTB Industrial Park is Ideal for Solar Development
Optimal conditions for high-efficiency solar power generation
Government & Infra Support
- FIT Incentive Policy & tax holidays for solar energy
- Pre-installed solar systems & fast-track permits
Perfect Solar Conditions
- 1,900–2,200 sunshine hours/year
- 4.5–5.3 kWh/m²/day solar radiation
Flat, Unobstructed Terrain
- Ideal for large-scale rooftop solar
- Minimal shading, maximized energy output
Strong Grid Connectivity
- National power grid along Highway 1A & coastal routes
- Easy solar integration, reduced transmission losses
End-to-End Solar Deployment
Minimized disruption, maximized energy efficiency in 5 phrase
1
Solar Energy Capture
Advanced mono-Si or bifacial panels on tracking systems maximize irradiance capture (42 - 44 MWp initial phase).
3
DC-to-AC Conversion (Inverter)
Central inverters (1.5 - 2.5 MW units) convert to 380V AC, synchronized with grid standards
5
Smart Energy Management
AI-driven monitoring allocates power between: Immediate factory use, Battery charging, Grid export (if applicable)
2
DC Electricity Generation
High-efficiency PV cells generate 600 - 1000V DC strings, ideal for mid-scale industrial use.
4
Short-Term Energy Storage
BESS (2 - 4 hour capacity) buffers peak production for dispatch during low-irradiance periods.
Solar-Powered Manufacturing: The NTB Standard
Outperforms regional solar benchmarks with optimized terrain and infrastructure
1,387 sunshine hours / year (Low scenario)
→ 25% above regional average
Pre-installed flat rooftops
→ Ready for immediate cost-effective solar deployment
85% system efficiency
→ Optimized after accounting for dust, heat and inverter losses
Grid-connected infrastructure
→ Along National highway 1A for seamless integration
Solar Performance Metrics
Current Capacity
42 - 44
Rooftop Solar Potential (MWp)
49.5 - 51.9
Energy Production (GWh/year)
Future Roadmap
200
Rooftop Solar Potential (MWp)
~235.8
Energy Production (GWh/year)
Reliable Solar Power Solutions for Businesses
Quality-engineered for sustainable operations
Integrated Solar Setup
Factory rooftops already solar-ready, with seamless grid connectivity.
Immediate Cost Savings
Reduce utility bills from Day 1 with solar-generated electricity.
Zero Upfront Investment
Power Purchase Agreements (PPAs) available – no capital required.
Compliance & ESG Benefits
Meet net-zero targets and environmental standards effortlessly and efficiently.
Brand Value Boost
Operate in a certified green industrial park – a competitive differentiator.
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