VASA Neo Tech

Comprehensive Engineering Services

Three integrated disciplines — engineering, energy, and safety — delivered from a single BEE-certified practice based in Pune, serving Maharashtra.

01

ENGINEERING

New MEP Projects

Mechanical, electrical, and plumbing engineering for new installations. Design, specification, procurement, and commissioning.

DELIVERABLES

  • System design and engineering drawings aligned to site requirements
  • Equipment specification and procurement support
  • Installation supervision and commissioning documentation

METHODOLOGY

Requirements are established through site survey and load assessment, followed by integrated MEP design, vendor evaluation, and staged commissioning with performance verification.

OUTCOMES

  • Coordinated mechanical, electrical, and plumbing systems from a single engineering partner
  • Reduced rework through specification clarity before procurement
  • Documented handover ready for operations and maintenance
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02

ENGINEERING

HT / LT Maintenance & AMC

Annual maintenance contracts for high-tension and low-tension electrical systems. Scheduled inspection, fault identification, and rectification.

DELIVERABLES

  • Scheduled HT and LT inspection reports
  • Fault identification logs with priority classification
  • Rectification recommendations and AMC visit records

METHODOLOGY

Maintenance schedules are defined against equipment criticality and operating hours. Inspections cover switchgear, transformers, cabling, and protection systems with documented follow-up on identified defects.

OUTCOMES

  • Reduced unplanned downtime through preventive maintenance
  • Extended equipment life via early defect detection
  • Predictable maintenance cost under an agreed AMC scope
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03
CCTV camera system with multi-view monitor and video recorder for workplace and home security

ENGINEERING

CCTV & Security Systems

Surveillance system design, equipment selection, installation, cabling, and commissioning for industrial and commercial premises.

DELIVERABLES

  • Site-specific surveillance layout and coverage plan
  • Equipment specification matched to lighting and perimeter conditions
  • Installed system with cabling, configuration, and commissioning records

METHODOLOGY

Coverage requirements are mapped to entry points, production areas, and perimeter zones. Equipment is selected for resolution, storage, and integration needs, then installed and tested against the agreed layout.

OUTCOMES

  • Documented visibility across critical facility zones
  • Reliable recording and retrieval for incident review
  • Infrastructure sized for future expansion where required
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04
Home automation and energy saving — smart controls for lighting, climate, and appliances via mobile app

ENGINEERING

Home Automation

Smart lighting, climate, and energy monitoring controls for commercial and residential settings. Automated scheduling and demand-based operation to cut unnecessary consumption.

DELIVERABLES

  • Control strategy for lighting, HVAC, and monitored loads
  • Sensor and controller specification and placement plan
  • Configured automation schedules with energy monitoring access

METHODOLOGY

Occupancy patterns and operating hours are mapped first. Controls are sectioned by use area, with sensors and schedules configured to reduce runtime without compromising comfort or operational needs.

OUTCOMES

  • Lower energy use from automated shut-off and dimming
  • Improved visibility of consumption by zone or system
  • Reduced manual intervention in routine switching operations
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05
The benefits of conducting an energy audit — professional assessment for improved building efficiency

ENERGY

Energy Audits

Deep-dive power quality analysis, KVA demand reduction, compressor and chiller efficiency, ventilation and BMS anomaly detection, electrical panel overheating identification.

DELIVERABLES

  • On-site measurement data across incomers and critical loads
  • BEE-compliant audit report with prioritised energy conservation measures
  • Quantified savings estimates with payback indicators

METHODOLOGY

Audits begin with a pre-audit site walkthrough, followed by instrumented measurement at the facility. Findings are analysed against consumption records and presented on-site with training for plant teams.

OUTCOMES

  • Identified savings in kWh, KVA demand, and operating cost
  • Prioritised recommendations ranked by feasibility and return
  • Baseline data for ongoing monitoring and re-audit comparison
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06

ENERGY

Power Quality Improvement

Power factor correction, harmonic analysis and reduction, system efficiency improvement, energy bill reduction through demand optimisation.

DELIVERABLES

  • Power quality and harmonic distortion assessment report
  • Power factor correction and filtering recommendations
  • Before-and-after measurement summary where implemented

METHODOLOGY

Analyzers are deployed at distribution points to capture power factor, harmonics, and demand profiles under normal load. Corrective measures are sized to actual operating conditions rather than nameplate assumptions.

OUTCOMES

  • Improved power factor and reduced penalty charges
  • Lower harmonic distortion at critical distribution boards
  • Reduced KVA demand and associated utility cost
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07
Rooftop solar photovoltaic panel installation on a commercial building

ENERGY

Solar

Rooftop and ground-mounted solar assessment, system sizing, and integration with existing electrical infrastructure to reduce grid dependence and energy costs.

DELIVERABLES

  • Site solar potential and shading assessment
  • System sizing and integration plan with existing electrical infrastructure
  • Projected generation and payback summary

METHODOLOGY

Available area, orientation, and load profiles are assessed to size a system matched to consumption patterns. Integration with existing HT/LT infrastructure is evaluated for safe grid-tie or captive use.

OUTCOMES

  • Reduced grid electricity procurement for qualifying loads
  • Documented generation potential and financial return estimate
  • Compatible integration with facility electrical architecture
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08

SAFETY

Electrical Safety Audit

Thermography-based panel and cable inspection, fire detection and alarm systems, extinguisher placement, employee safety awareness training.

DELIVERABLES

  • Thermographic inspection report for panels and cabling under load
  • Fire detection, alarm, and extinguisher placement review
  • Safety awareness training for plant and facilities staff

METHODOLOGY

Inspections are conducted under operating load to identify hotspots, loose connections, and overloaded circuits. Fire safety systems are reviewed against occupancy and hazard classification, followed by on-site training.

OUTCOMES

  • Early identification of electrical fire and failure risks
  • Verified fire safety system placement and readiness
  • Improved staff awareness of electrical hazard protocols
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A Structured, Transparent Methodology

Every engagement follows a defined process with clear timelines and deliverables.

1

Pre-Audit Visit

(1 day after confirmation)

Site walkthrough, energy system identification, and creation of consumption record standards. Conducted after email confirmation.

2

Site Audit

(1 day after PO received)

Power quality checks, water flow measurement if required, validation of all site data, and trials with new onsite efficiency measures.

3

Analysis & Report

(5 days after data received)

Identification and agreement of energy saving measures with client. Full documentation of findings and recommendations.

4

Presentation & Training

(1 day, on-site)

Final report presented at site, training delivered to client representatives. Monthly follow-up for ongoing energy conservation.

Consultation

Ready to Improve Facility Performance?

Speak directly with a BEE-certified energy manager about audits, compliance requirements and energy efficiency opportunities within your facility.