Wind Generator

RSG has set up 2 wind turbines of 1.25 mega watts each at SANGALI JALGAON in the sate of Maharashtra to provide clean sustanable energy to the ever growing demand of our nation.

SUNLIFE wind generator systems make use of the advanced and efficient horizontal axis turbine. The entire range of machines are innovative and designed to work well in both the urban rural environment,where wind directions change frequently and quiet, vibration free operation is critical. The design arises from a combination of sound engineering principles and state-of-the-art aerospace technology.Smaller sizes of the turbine are also available which are easy to integrate with existing buildings.

Wind energy - generator.

WIND MASTER For Wind Energy application Wind Master A Reactive Compensation System for Wind Energy Generators The connection of a Wind Turbine Generator to the utilities grid to supply power is an electrically unique system with dynamic change of parameters. The wind speed influences the generator characteristics which in turn respond to the grid requirements and vice versa. The generator supplies kW energy when the wind speeds so permit but at the threshold or below it, it draws reactive energy from the grid practically running as a motor. When supplying KW energy into the grid as well, the magnetic circuit of the generator often times demands reactive energy (kVAr) support i.e. an apparently anomalous situation appears where active energy is exported but reactive energy is imported. The above behaviour of the integrated generator grid combine needs a bi-directionally enabled power factor measurement and reactive energy injection system which will monitor the electrical transactions of kW kVAr in all the four quadrants and deliver optimum reactive energy to unburden the grid on one hand and to neutralize the kVAr requirement of the generator when in motor mode. The Datar Wind Master incorporates linear as well as cyclic logic to measure and control the bi-directional transactions of the generator grid combine and co-ordinates accurately the injection of reactive power. The measurements of all relevant electrical parameters are carried out on a real time basis by the FFT method as well as conventional method by simple time integration. The kVArh recorded on the import / export scale is separately accumulated / neutralized depending upon the historical performance on a settable scale of 1 to 255 Sec. This ensures that the accumulated kVArh deficit / excess is never beyond 17.70 kVArh at any given point of time. The software ensures that all the Banks of capacitors are equitably utilized while choosing the combination on cycle to cycle basis. Care is also taken to ensure that the power factor fluctuations do not exceed + 0.9 at any stage. The controller and the measurement module employ high speed data acquisition and analysis hardware and software. The software for the controller is proprietary to Datar. The software has various interlocks to ensure utmost safety and invokes error sub-routines in case of faults which need attention. The controller, the software and the power electronics hardware are all synchronized using special procedures and when used within prescribed parameters deliver optimum performances.

Windmills are an old and excellent example of harnessing power from nature. With modern technology involving aerofoil blade design, carbon fibre composite material and self - lubricated ceramic bearing, a wind speed of just 2.7 m/s is required to turn the turbine blades for a cost effective way of generating electricity. These systems are ideal for coastal areas, elevated locations and hilly regions. For Wind - Solar Hybrid power systems, the micro - Wind generators are ideal since they produce maximum power during monsoon when solar power generation is minimum. Individual SPV (Solar Photo Voltaic) systems can also be used where the wind velocity is less to drive a windmill power system. SAAI hybrid power generating systems available in the range of 1.5 KW 10 KW will increase your energy independence to a great extent.

1.5hp * 2.5lpm * 200bar * 10litres Tank Intermittent Duty.

These wind generator stampings will be supplied as per specified customize requirements in various level of sizes, profiles and dimensions with precise grade of imported raw materials .

As India looks toward a source of affordable and clean energy, wind power is one of the most important renewable resources that is being tapped. India currently has the fifth-largest installed wind power capacity in the world. We generate clean power through wind turbine generators and distribute it through the national grid. Our wind turbine units have been registered and validated for carbon credits.Hi-Tech endeavors to run energy efficient green offices that minimise the use of plastic / other non-biodegradable materials. Our investment in wind energy is an initiative towards this end resulting in positive carbon footprint.

These wind generator stampings will be supplied as per specified customize requirements in various level of sizes, profiles and dimensions with precise grade of imported raw materials .

SLDC (State Load Dispatch Centre) connectivity is the communication and control link established between a Wind Turbine Generator (WTG) and the State Load Dispatch Centre to enable real-time monitoring, supervision, and grid operation. Through this connectivity, the SLDC receives operational data such as active power, reactive power, voltage, current, frequency, breaker status, turbine availability, and fault alarms. It also allows the SLDC to issue grid operation instructions, including generation curtailment, synchronization, and emergency shutdown commands when required. The connectivity is typically achieved through SCADA/RTU systems using secure communication channels such as Optical Fiber Cable (OFC), MPLS, or leased lines, ensuring compliance with grid codes and facilitating reliable grid integration of wind power plants.

Wind Power Generator

We offer high quality turbine generators, Like all steam turbine generators, the force of steam is used to spin the turbine blades which spin the generator, producing electricity. But with geothermal energy, no fuels are burned.

VRL ventured into the generation of clean energy in the year 2006-07. The Company has installed 34 Wind Turbine Generators having capacity of 1.25 MW each of Suzlon S-6 make at Kappatagudda, Gadag district of Karnataka, aggregating to an overall capacity of 42.50 MW. The said machines have been performing well over the years and the windmill project of the Company has also been recognized under the Clean Development Mechanism (CDM) of the United Nations Framework Convention on Climate Change (UNFCCC), which is indicative of the robust procedures and documentation in relation to the said project at our end. The Company has earned significant revenues out of sale of Certified Emission Reduction (CER) units in the past and continues to accumulated these credits.

We offer wide range of mica and non mica insulating materials for various applications in different types of large generators- industrial, hydro, turbo, wind and solar. PRODUCTS FEATURES Lamyn Slot Insulation - Stator and Rotor; Class F Nomex paper- polyester film flexible laminate combinations Kanisht 5100.1 (Fine mica fleece) Rotor coil insulation main - Polyester fleece ( non woven), mica paper tape with epoxy binder and Zn naphthenate as accelerator Kanisht 1100.1 Rotor coil insulation main - Glass cloth, mica paper tape with epoxy binder and Zn naphthenate as accelerator Kanisht 4100.1 Rotor coil insulation main - Polyester film, mica paper tape with epoxy binder and Zn naphthenate as accelerator Kanisht 5100.0 Rotor coil insulation main - Polyester fleece ( non woven), mica paper tape with epoxy binder without accelerator Pultruded slot wedges Stator - Consist of pultruded profiles made from mixture of glass fibres & resins-polyester/epoxy SaMWedge Magnetic slot wedges - Consist of several layers of glass cloth, iron powder and epoxy resin. Glass Sleeves We offer a wide range of Fiber Glass braided F,C & H class insulation sleeves for lead wire joint and terminal

Capacity: 40 MW (20 x 2 MW) WTG: Gamesa G97, 2 MW Technology: Double Fed Induction Generator (Asynchronous) with Geared System

T D Power Wind Turbine Doubly fed Induction Generator

Sr. No.TYPEPOLEkW RATINGFRAMEAPPLICATION1TEFC4/6225/40CTFG - 355MTo Generate Power from Wind energy2TEFC4/6250/60CTFG - 355M3TEFC4/6400/100CTFG-400 L4TEFC4/6750/200CTFG-450LX5TEFC4250FCTFG - 355 L6SPDP4/6200/50CDG-315 M/L7SPDP6335CDG-450

A wind turbine converts the energy of wind into kinetic energy. If the mechanical energy is used directly by machinery, such as pumping water, cutting lumber orgrinding stones, the machine is called a windmill. If the mechanical energy is instead converted to electricity, the machine is called a wind generator, wind turbine, wind power unit (WPU), wind energy converter (WEC), or aerogenerator.