TURNKEY ENERGY EFFICIENT ELECTRIFICATION PROJECT MANAGEMENT

Electrification design and implementation is the crucial factor to our customers in various energy sector. Our pro-efficient design and project execution targets on plant assessment operational cost, capital investments, percentage rate of return(PRR), Average return on investment(ROI), internal rate of return(IRR), life cycle cost, energy efficient, carbon foot print benefits & safety regulations by adopting operational research techniques and value engineering concepts in our turnkey electrification project management.

Our Turnkey Electrification Project management recommended most reliable advanced Energy Efficient Product and Equipment installation with bright features involves good Engineering innovative skills for Demand Side management in energy sector implicates long term energy saving costs.

OUR PROJECT FEATURES

Feasibility Site Selection.
Building architectural plan.
Plant Layout Drawing.
Power system Designing.
Estimation and Coasting.
Generate Bill of Quotation(BOQ).
Supply Chain Management.
Execute civil construction works.
Onsite-procurement.
Testing and Commissioning.
Operation and maintenance.

POWER SYSTEM STUDIES AND ANALYSIS

Load flow studies.
Transient stability analysis,
Short circuit analysis.
Economic load dispatch studies.
Arc flash analysis.
Small-signal stability analysis.
Static and dynamic analysis
Distance protection Studies.
Insulation coordination studies.
Soil resistivity analysis.
Electromagnetic field and interference studies.
Cathodic protection studies.
Power quality Studies and Harmonic Mitigation.
Ground Grid System Study and Design.
Sub synchronous Frequency analysis.
Transformer Ferroresonance Studies.

CENTRAL ELECTRICITY AUTHORITY(CEA) ACT 2003 RULES AND REGULATIONS STANDARDS FOR POWER SYSTEM DESIGNING WITH SAFETY ASPECTS

International Electro-Technical Commission(IEC).
Institute of Electrical and Electronics Engineers(IEEE).
BIS (Bureau of Indian Standards),
British Standard (BS),
American National Standards Institute (ANSI),
National Fire Protection association(NFPA),
Fibre Optic Association (FOA),
International Telecommunications Union–Telecommunication(ITUT),
Consultative Communication System in International Telephony and Telegraphy (CCITT),
International Special committee on Radio Interference. (ISCRI),
National Building Code.
National electrical code.
Indian electricity rules.
Bureau of Energy Efficiency, (BEE).
Energy Conservation Building Code. (ECBC).

ENERGY EFFICIENT EQUIPMENT ASSESSMENTS

Energy Efficient Power Transformers.
Energy Efficient Motors (NEMA IE4 Super premium efficiency)
Energy management SCADA system(RTU).
Communication Systems.
Routing, Ducting, XLPE Cabling system.
HT and LT Energy Meters.
Switch Gear, Bus Bars, isolators.
LT and HT Panels.
Lighting and Surge arrestor.
Reactive Compensation Capacitor Banks, STATCOM DSTATCOM, DVR.
Shunt and Bus reactors.
Current Transformer, (CT)
Potential Transformer, (PT),
Instrumentation transformer.
Ring Main Unit (RMU) Control and Protection.
Earthing System Design (IS 3043-1987). 
Circuit Breakers and Relays Protection co-ordination.
Gas insulated substation (GIS).
Flooding Fire Suppression System (CO2-FM 200 Fire alarm system).
Auxiliary Rooftop Solar Power System.
Energy Efficient DG Sets (SEGR), with Battery chargers.
UPS Systems and Harmonic Filters.
Design Energy Efficient Lighting system(Simulation).
Firefighting equipment’s.
Performed when convenient
Increases equipment uptime
Creates maximum production revenue
Standardizes procedures, times, and costs
Minimizes parts inventory
Cuts overtime
Balances workload
Reduces need for standby equipment
Improves safety and pollution control
Facilitates packaging tasks and contracts
Schedules resources on hand
Stimulates pre-action instead of reaction
Indicates support to user
Assures consistent quality
Promotes benefit/cost optimization