We offer specialized expertise and support in Energy Efficiency and Renewable Energy solutions. With extensive experience in the energy efficiency sector, we are equipped to deliver cost-effective strategies and solutions that optimize energy use. Our services encompass the full spectrum, from the implementation and management of energy efficiency projects to training and providing essential tools.
Energy Audit Process
Preliminary Data Collection: Gather and analyze energy usage data, including bills, equipment specifications, and operational schedules to establish a baseline.
Site Assessment: Conduct a physical inspection of energy systems and equipment on-site, using tools to measure performance.
Energy Analysis: Analyze the collected data to identify inefficiencies and areas where energy consumption can be reduced.
Reporting & Recommendations: Provide a detailed report with findings, along with practical recommendations for energy-saving solutions and potential cost savings.
Utility Management Goals
Monitoring usage: Tracking the consumption of resources to help optimize service delivery and reduce waste.
Billing and revenue collection: Ensuring fair and accurate billing based on usage.
Infrastructure maintenance: Ensuring that utility systems (meters and related infrastructure) are well-maintained and upgraded as necessary.
Sustainability and compliance: Ensuring operations meet environmental and regulatory standards.
Customer service: Providing a responsive service to customers, handling inquiries, complaints, and service requests.
Power Quality Analysis
Common issues investigated during power quality analysis include;
Voltage Sags/Swells – Temporary reductions or increases in voltage that can disrupt equipment or processes.
Harmonics – Distortion in the power waveform caused by non-linear loads like variable frequency drives (VFDs), computers, or other electronic devices.
Flicker – Visible fluctuations in lighting intensity, usually caused by rapid voltage changes.
Frequency Deviations – Variations in the power system’s frequency that can lead to malfunctioning of equipment.
Unbalanced Currents – Imbalance between the phases of a three-phase system, leading to overheating and equipment failure.
Utility Metering
Smart meters: Real-time data collection, improving billing accuracy and eliminating manual readings.
Automated metering systems: Allow remote monitoring and provide instant consumption insights for enhanced efficiency.
Data analytics: identify usage trends, reduce waste, and optimize resource management.
Meter verification and calibration: Ensures accurate readings and reliable data for fair billing.
