solar and wind power projects - icecubeeng.com
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ENGINEERING, PROCUREMENT & CONSTRUCTION (EPC)
FOR GRID CONNECTED SOLAR AND WIND POWER PROJECTS
Ÿ Earthing and Lightning Systems
Wind Energy is expected to have a growing role within electricity generation portfolios. Planning, developing
and integrating wind projects across the social, environmental and technical landscape will be a challenge
faced by customers. IceCube effectively meets this challenge with experience, technical and business
expertise. Recognizing that one size does not meet all needs, IceCube provides the services and supports for
all sizes and phases of wind farm installations in India.
Major Components of a Grid Connected Solar Power Plant
Solar Power Plant is divided in 5MW or 6.25MW Blocks which consist of
Ÿ Solar Modules
Ÿ Centralized Switchgear and Control Room
Ÿ Evacuation Switchyard and ABT Tariff Metering
Ÿ DC Cables and FO cables
Ÿ AC or DC Combiner Boxes
Ÿ LT and HT Cables
Ÿ Inverter Station with Centralized Inverter / Block Substation comprising of HT Panel, Inverter Duty
Transformer, LT Panel, Bus Duct, SCADA Panel
Ÿ Centralized Inverters / String Inverters
Introduction to IceCube
IceCube is a leading Engineering Design Services and EPC Contracting Services provider for Electrical
Engineering, Solar Engineering and Instrumentation & Control Engineering. We can design and execute Grid
Connected Solar Power Plants, Roof Top Solar Power Installations and Industrial Solar Power Installations. We
have a design centre at Ahmedabad, India from where we provide Engineering Design Services with
International Standards.
Design Engineers and Contractors
www.icecubeeng.com
150 MW Grid Connected Wind Power
Project, SECI - IV, Kutch, Gujarat.
150 MW Grid Connected Wind Power
Project, SECI - III, Kutch, Gujarat.
20MW Grid Connected Solar Power
Project - Kanasar, Rajasthan.
Ÿ 33 KV transmission line: This runs adjacent to each wind mill and Power generated from each wind mill is
connected to this transmission line
Major Components of a Wind Power Farm
Normally developers select Wind Mills of 2MW Capacity
Ÿ Windmill Substation: This can be Containerized substation having Power Transformer, HT Switchgear and
Connection facility to Transmission Line. Substation can be made separately also with Separate Power
Transformer, HT Switchgear and H Pole with H T Insulators.
Ÿ Design of HT Panel, LT Panel, Busduct, IDT, Battery Charger, UPS and SCADA
Ÿ HT Cable Schedule
Ÿ Power Transformer/ Inverter Duty Transformer Design and Sizing
Ÿ FO Cable Schedule
Ÿ Evacuation Switchyard Design
Ÿ DC Engineering which includes detailed engineering drawings for Solar Tables, Inverter & AC/DC boxes
Ÿ LT Cable Schedule
Ÿ Centralized Switchgear and Control Room
Ÿ Table Formation and Solar Block Design
Ÿ Planning for Array Layout as per various plot plans
Ÿ Tracker or Fixed structure
Electrical Design
Ÿ Array Layout Block Wise with Solar Modules, String Inverter / Centralized Inverter, AC or DC combiner
Boxes
Ÿ HT Cable Routing Layout
Ÿ DC Cable Routing Layout
Ÿ Array Earthing Layout Block wise including Earthing Grid
Ÿ Centralized Inverter Building with Busduct, Inverter Duty Transformer, HT Panel Block Wise
Ÿ Block Substation with HT Panel, LT Panel, Power Transformer, Busduct, SCADA Panel
Ÿ Evacuation Switchyard: This is normally 66 KV or 132 KV depending upon transmission system and this
includes a Step up Transformer and CT / PT and Tariff based Metering.
Ÿ Solar Modules Angle as per Solar Radiation of the place
Ÿ Key Single Line Diagram
Ÿ LT Cable Routing Layout
Ÿ Lightning Protection Layout
Solar Engineering
Ÿ Solar Modules selection
Ÿ Inverter Selection : String Inverter / Centralized Inverter
Tel: +91 79 4001 2500
905, Silicon Tower, Off. C.G.
Road, Ahmedabad - 380 006.
Gujarat, India
Design Engineers and Contractors
www.icecubeeng.com