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Advanced renewable energy systems designed to harness wind power and convert it into mechanical or electrical energy. Widely used for sustainable power generation in residential, commercial, and industrial applications.

Windmills and Wind Turbines are eco-friendly technologies that utilize the kinetic energy of wind to generate usable power. Traditional windmills are primarily used for mechanical tasks like grinding grains or pumping water, while modern wind turbines are designed to generate electricity on small, medium, or large scales.Constructed with aerodynamic blades, a durable tower, and efficient generators, these systems maximize energy capture even at low wind speeds. They support clean and sustainable power generation, reducing dependency on fossil fuels and contributing to a greener future.

Cash,Cheque

Key Attributes
  • Rotor Diameter 5 m – 120 m
  • Tower Height 20 m – 120 m
  • Power Output Capacity 500 W – 5 MW
  • Cut-in Wind Speed 3 – 4 m/s
  • Rated Wind Speed 10 – 12 m/s
  • Generator Type Permanent Magnet / Induction
  • Noise Level ≤ 55 dB
  • Blade Material Fiber-Reinforced Composite
  • Operational Lifespan 20 – 25 years
  • Power Regulation Pitch/Yaw Control System
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Compact and efficient wind turbines designed to be installed on building rooftops to generate clean, renewable electricity. Ideal for residential, commercial, and institutional use, they reduce dependence on grid power and support sustainable energy.

Rooftop Wind Energy Turbines are innovative renewable energy solutions designed to harness wind power in urban and semi-urban environments. These compact turbines can be installed on rooftops of homes, offices, schools, and commercial buildings to generate electricity directly where it is consumed. Built with lightweight yet durable materials, rooftop turbines are optimized for low to moderate wind speeds and designed for minimal noise and vibration. They can work independently or in hybrid systems with solar panels, providing reliable off-grid or grid-tied energy. They not only reduce electricity bills but also promote environmental sustainability by lowering carbon footprints. Rooftop wind turbines are especially effective for regions with consistent wind flow and can serve as a decentralized renewable energy source.

Cash,Cheque

Key Attributes
  • Rotor Diameter 1.5 m – 5 m
  • Tower/Height (Above Roof) 3 m – 10 m
  • Power Output Capacity 500 W – 20 kW
  • Cut-in Wind Speed 2.5 – 3 m/s
  • Rated Wind Speed 10 – 12 m/s
  • Generator Type Permanent Magnet Generator
  • Noise Level ≤ 45 dB
  • Blade Material Fiber-Reinforced Polymer
  • Operational Lifespan 15 – 20 years
  • Mounting Type Rooftop / Building-Mounted
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High-performance turbine-based power generation systems designed to convert steam, gas, hydro, or wind energy into reliable electricity. Built for durability, efficiency, and continuous industrial or renewable energy applications.

DIA Turbine Generators are advanced power generation systems designed to convert energy from steam, gas, hydro, or wind sources into reliable electrical power. Built with robust engineering and precision components, they deliver maximum efficiency, long operational life, and stable power output even under demanding conditions. These generators are suitable for industries, utility companies, renewable energy projects, and backup power solutions. Their durable design ensures low maintenance and high performance over time, making them a cost-effective choice for large-scale and continuous power generation.

Cash,Cheque

Key Attributes
  • Power Output Capacity 500 kW – 50 MW
  • Voltage 400 V – 11 kV
  • Frequency 50 / 60 Hz
  • Turbine Speed 1500 – 3000 RPM
  • Efficiency 85 – 92%
  • Cooling System Air / Water Cooled
  • Operational Lifespan 20 – 25 years
  • Noise Level ≤ 80 dB
  • Generator Type Synchronous / Asynchronous
  • Installation Type Skid-Mounted / Custom Setup
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Compact and efficient systems designed to generate clean electricity for homes and small establishments. They reduce grid dependency, lower energy costs, and promote eco-friendly living through renewable wind power.

Domestic Wind Turbines are small-scale wind power systems that convert wind energy into usable electricity for residential and small business applications. Designed with compact, lightweight, and durable materials, they are optimized for low to medium wind speeds, making them ideal for urban, rural, and semi-urban environments. These turbines can be installed on rooftops, backyards, or open areas and are often used in combination with solar panels to form hybrid renewable systems. Domestic wind turbines help reduce monthly electricity bills, provide backup during power outages, and promote sustainable living by lowering carbon footprints.

Cash,Cheque

Key Attributes
  • Rotor Diameter 1.2 m – 3.5 m
  • Tower Height 5 m – 12 m
  • Power Output Capacity 300 W – 10 kW
  • Cut-in Wind Speed 2.5 – 3 m/s
  • Rated Wind Speed 10 – 12 m/s
  • Generator Type Permanent Magnet Generator
  • Noise Level ≤ 40 dB
  • Blade Material Fiber-Reinforced Polymer
  • Operational Lifespan 15 – 20 years
  • Installation Type Rooftop / Ground-Mounted
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Gas Turbine Generators are high-efficiency systems that convert natural gas or liquid fuels into reliable electricity. They are widely used in power plants, industries, and large facilities for continuous and backup power supply. Built for durability

Hydro Turbine Generators are advanced energy conversion systems that harness the kinetic and potential energy of water to generate electricity. Built with durable turbines and high-performance generators, they provide reliable, stable, and long-lasting power supply for both grid-connected and off-grid applications. These systems are scalable, ranging from micro-hydro turbines for remote villages to large-scale hydroelectric power plants. Their eco-friendly design helps reduce dependency on fossil fuels and supports sustainable energy goals. With low maintenance requirements and long operational lifespans, hydro turbine generators are among the most efficient renewable energy technologies.

Cash,Cheque

Key Attributes
  • Power Output Capacity 50 kW – 200 MW
  • Turbine Types Supported Pelton, Francis, Kaplan
  • Voltage 400 V – 11 kV
  • Frequency 50 / 60 Hz
  • Turbine Speed 200 – 1500 RPM
  • Efficiency 85 – 95%
  • Cooling System Air / Water Cooled
  • Operational Lifespan 30 – 40 years
  • Noise Level ≤ 75 dB
  • Installation Type Onshore / River / Dam Setup

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