MEP Calculator

Calculate water supply and drainage loads for sanitary fixtures according to TS EN 806-3 and TS EN 12056-2

Calculates pipe head loss automatically using flow rate, diameter, and length.

Recommends optimal pipe diameter based on flow rate and system type.

Complete fire protection system design including fire cabinets, hydrants, automatic sprinklers, pump selection, and tank sizing. Generates compliance reports for NFPA, EN, and TS standards.

Calculates fluid velocity based on volumetric flow rate and pipe internal diameter.

Calculates Darcy friction factor using Reynolds number, pipe diameter, and pipe roughness.

Calculates gravity sewer and drainage pipe flow using Manning's Equation for partially full circular pipes. Validates velocity (0.6-3.0 m/s), fill ratio (<100%), and provides pipe size alternatives for optimal design.

Analyzes hydraulic performance of piping systems with multiple segments. Calculates head loss, velocity, and checks capacity for both pressurized and gravity flow systems. Includes elevation difference calculations for complete pump load analysis.

Calculates the optimal commercial pipe diameter for a given flow rate and target velocity, ensuring efficient fluid transport with minimal energy loss.

Calculates volumetric flow rate in a pipe based on fluid velocity and pipe diameter using the continuity equation.

Calculates pressure loss using Darcy-Weisbach equation and generates system curve for pump selection. Provides technical criteria for optimal pump sizing without requiring pump database.

Calculates required pump motor power based on flow rate, head, fluid density, and pump efficiency. Includes energy loss analysis and annual operating cost estimation.

Calculates stormwater runoff flow using the Rational Method (Q = CiA) with automatic pipe sizing using Manning's equation. Supports building, site, and infrastructure scales with automatic slope optimization for excavation depth minimization.

Calculates Reynolds number for pipe flow.

Generates the system curve (H-Q curve) for pump selection and hydraulic system analysis. Shows the relationship between flow rate and total head required, including static head and friction losses.

Calculate AHU heating/cooling coil capacities, supply air conditions, fan power, and specific fan power for HVAC air handling systems. Supports mixing, heating, cooling, and humidification processes.

Calculate boiler capacity, fuel consumption, water flow rate, and operating costs for heating systems. Supports condensing, non-condensing, and electric boilers with natural gas, diesel, LPG, and electricity.

Chiller sizing and energy analysis for HVAC applications. Calculates required cooling capacity, power consumption, and flow rates based on building load and operating conditions.

Cooling tower sizing and selection for HVAC and industrial applications. Calculates required airflow, water flow rates, and fan power based on thermal load and ambient conditions.

Calculate sensible, latent, and total energy recovery from ventilation air streams. Determine energy savings, CO₂ reduction, payback period, and supply air conditions after heat and humidity recovery.

Comprehensive heating and cooling load calculations for building rooms based on ASHRAE fundamentals. Analyzes both winter heat loss and summer heat gain scenarios.

Calculate heat loss/gain through insulated pipes, surface temperature, condensation risk, and optimal insulation thickness. Supports hot water heating pipes, chilled water cooling pipes, and process piping with various insulation materials.

Design and sizing calculations for gasketed plate heat exchangers used in HVAC heating, cooling, and heat recovery applications.

Air duct sizing and pressure drop calculations for HVAC ventilation systems. Supports rectangular and circular ducts with automatic air density correction.

Convert between engineering area units.

Convert between density units used in fluid mechanics and HVAC calculations.

Convert between energy units used in thermal calculations and HVAC systems.

Convert between common flow rate units used in plumbing, HVAC and hydraulic systems.

Convert between heat transfer coefficient units used in thermal engineering and HVAC design.

Convert between engineering length units.

Convert between mass and weight units used in engineering calculations.

Convert between power units used in pump sizing, HVAC equipment, and electrical systems.

Convert between pressure units used in HVAC and plumbing systems.

Convert between specific heat capacity units used in thermal calculations.

Convert between temperature units used in HVAC and process engineering.

Convert between velocity and speed units used in fluid dynamics and HVAC systems.

Convert between dynamic viscosity units used in fluid flow calculations.

Convert between volume units used in tank sizing and capacity calculations.