Drawings:

• Switchyards & Substation Layouts
• External and Internal Cable Routing Layouts
• Earthing & Lightning Protection Layouts
• External & Internal Lighting Layouts
• Busduct & Rising Mains Layouts
• HV & LV Panel positioning Layouts
• UPS & Battery Bank positioning layouts
• ELV (Extra Low Voltage) System Layouts
• Solar Power Plant Layouts
• Emergency Lighting Layouts
• Single Line Diagrams

Documents:

• Design Basis Reports
• Feasibility Reports
• Inspection Reports
• Technical Specifications
• Tender Documents
• Cable Schedules
• Bill of Materials
• Budgetary Cost Estimations
• Material Data Sheets
• Technical & Commercial Comparison Statements
• Technical documentation developed in compliance with relevant industry standards and engineering best practices.

Calculations:

• Fault Level Calculations
• Cable Sizing Calculations
• Power Factor Correction Calculations
• Transformer Sizing Calculations
• Diesel Generator Sizing Calculations
• Breaker Sizing Calculations
• Illumination Calculations
• Busduct Sizing Calculations
• Earthing & Lightning Protection Calculations
• UPS / Inverter Sizing Calculations
• Battery Sizing Calculations

SEGMENT EXPERTISE

POWER SECTOR

EHV Switchyards & Substations

• Developing detailed single-line diagrams (SLDs) for switchyards and substations, clearly depicting metering and protection schemes, transformers, and key electrical components.
• Comprehensive layout drawings illustrating busbars, circuit breakers, and auxiliary transformers to ensure precise engineering coordination and execution.
• Providing schematic diagrams illustrating individual component connections and system interactions.
• Protection and control schemes with relay settings and equipment control logic.
• Cable schedules and routing plans defining cable type, size, and routing.
• Equipment specifications for transformers, switches, and other components.

Sterile, Injectables, Bulk Drug & API Plants

• Area Classification plans
• Substation Layouts
• Design Basis Reports & Electrical Load Calculations
• Single Line Diagrams and Control Schematics
• Cable Routing, Grounding, Lightning Protection, Lighting Layouts
• Cable Schedules and Interconnection Charts
• Sizing and Selection of Electrical Equipment’s
• Technical Specifications, MTO and Requisitions
• Review of Vendor Drawings

Industries

• Single line diagrams and Schematics
• Electrical Load Calculations
• Substation & Electrical Room Layouts
• Earthing & Lightning Protection System Design
• Cable Tray / Trench Sizing and Routing Layouts
• Cable Sizing Calculations and cable schedule
• UPS Power Distribution System
• Standby Power Distribution System
• Technical Specifications & Bill of Quantities
• Review and approval of Vendor Drawings

High-Rise Residential Towers

• 33 or 11 kV Receiving station and distribution
• MV Electrical Power Distribution & protection
• 100% DG power back up, distribution and layouts
• 415 Volts, LT Distribution Boards, selection of breakers, SC rating etc
• Capacitor compensation to comply with the target power factor of 0.99.
• Rising Mains and Tap off units
• Selection and sizing of Distribution Transformers with OLTC
• Structural Earthing & Lightning Protection System

Commercial Complexes & Multiplex Theatres

• Power distribution: Electrical panels and switchgear, and transformers to manage power flow and voltage levels
• Lighting: Sufficient lighting for safe working, including in dark areas and stairwells
• Emergency lighting: A backup system in case of a mains outage
• Safety systems: Smoke and fire alarms, a sprinkler system, and PAT-tested appliances
• Surge protection: A system to eliminate or reduce electrical surges that can damage electrical equipment
• Health and safety: Meeting health and safety requirements for staff, clients, and the public

Data Centres

• IT Load Distribution
• Data Centre Power Distribution
• UPS Power Distribution
• Main Distribution Board
• Selection & Sizing of Power & Distribution Transformers
• Selection & Sizing of Emergency / Standby Power Distribution (DG Sets)

Data Centres

• Super Speciality Hospitals
• Electrical design for hospitals prioritizes safety for patients and staff. This includes:
• Lighting: Installing adequate and strategically placed lighting for better illumination
• Emergency lighting: Having emergency lighting systems in place to provide illumination during power outages
• Fire protection: Incorporating fire-resistant wiring and smoke detectors to minimize the risk of fire-related incidents
• Power distribution: The electrical design includes power sources and distribution, grounding and bonding, power quality and conditioning and energy efficiency and management.