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How It Works

Step 1

Enter Your System Parameters

Provide basic details such as compressor type, pressure, airflow, operating hours, or process conditions.

Step 2

Get Instant Estimated Results

View calculated performance, energy, cost, or emissions estimates based on standard engineering models.

Step 3

Compare & Explore Scenarios

Use the tools to evaluate different operating conditions, efficiencies, or improvement opportunities.

Step 4

Consult Our Experts (Optional)

Discuss your results with our specialists and receive customized recommendations for optimization.

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Estimate the overall efficiency and performance of your compressed air system based on compressor power, operating hours, pressure levels, and energy tariff. This tool helps you understand system losses, benchmark performance against best practices, and identify improvement opportunities to reduce operating costs.

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Energy Cost Calculator.png

Estimate the electrical energy consumption and operating cost of your compressed air system based on compressor power, operating hours, and energy tariff. This tool helps you understand how compressed air contributes to your overall energy bill and identify cost-reduction opportunities.

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Convert motor power (kW) into running current (Amps) using supply voltage, phase (1Ø/3Ø), power factor, and efficiency. This tool helps you quickly estimate electrical loading for MCC sizing, cable selection, and protection settings

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Compressed Air Leak Calculator.png

Quantify airflow loss, energy waste, and cost impact caused by compressed air leaks. By entering system pressure and estimated leak size or load/unload data, this tool highlights how even small leaks can result in significant energy and financial losses.

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Compressor Isentropic Efficiency Calculator.png

Evaluate the thermodynamic efficiency of your compressor by comparing ideal (isentropic) and actual compression performance. This tool helps assess compressor health, performance degradation, and potential efficiency improvements.

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Determine the required air receiver volume to stabilize pressure, reduce compressor cycling, and handle demand fluctuations. This calculator supports proper system sizing for improved reliability and energy efficiency.

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Heat Recovery.png

Estimate the amount of recoverable waste heat from compressors and its potential use for space heating, water heating, or process applications. The tool provides insights into energy recovery opportunities and associated savings.

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Pressure Profile.png

Visualize pressure drops across the compressed air network from generation to points of use. This tool helps identify excessive pressure losses due to piping, filters, dryers, or improper system design.

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DEWPOINT ESTIMATOR.png

Estimate compressed air moisture content and pressure dew point based on operating conditions. This tool supports dryer selection, air quality assessment, and prevention of moisture-related issues in compressed air systems.

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Capacity Simulator.png

Evaluate the required capacity and suitability of compressed air dryers and filters based on airflow, pressure, temperature, and operating conditions. This tool helps ensure proper air quality, minimize pressure drop, prevent moisture-related issues, and optimize system reliability and efficiency.

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Quickly convert commonly used compressed air units such as pressure, airflow, temperature, power, and energy between different engineering units (e.g., bar ↔ PSI, CFM ↔ m³/hr). Ideal for design, analysis, and reporting consistency.

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Leak-Flow-Estimator.png

Estimate air leakage flow rate and energy loss based on orifice size and system pressure. This tool helps prioritize leak repairs by clearly showing the impact of different leak sizes.

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GHG Emissions Calculator.png

Calculate greenhouse gas emissions (CO₂e) associated with compressed air energy consumption. This tool supports sustainability reporting, ESG initiatives, and evaluation of emission reduction potential.

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Savings & ROI Calculator.png

Estimate potential energy savings, cost reduction, payback period, and return on investment (ROI) for compressed air efficiency improvements. This tool helps build a financial case for optimization projects.

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DISCLAIMER:
ALL CALCULATORS ARE FOR ESTIMATION AND INFORMATIONAL PURPOSES ONLY. ACTUAL RESULTS MAY VARY. PLEASE CONSULT QUALIFIED PROFESSIONALS FOR FINAL ENGINEERING AND INVESTMENT DECISIONS.

Systel Engineering Controls
Systel Energy Solutions India Pvt. Ltd.

+91 9655028715   |   +91 9843145445

support@systel.asia

www.systel.asia

Systel Business Centre

#12, Venkatalakshmi Nagar, Singanallur, Coimbatore,

Tamil Nadu - 641005 INDIA.

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