Journey Towards Sustainable Future
Building cooling and heating is most essential for economic development, productivity, human health, food security and for medical equipments, but it also has a huge climatic impact. In order to reduce the environmental impact we at MECELP offer sustainable heating and cooling solution which will reduce the impact of reduction in carbon foot print.
SUSTAINABLE COOLING SALIENT FEATURERS
- Integration of Renewable Energy
- Passive cooling techniques
- Energy Efficiency
BUILDING ENERGY MODELING AND SIMULATION.
DISTRICT COOLING/HEATING
Sustainable Cooling Solutions
GEOTHERMAL COOLING / HEATING
RADIANT COOLING/ HEATING
Building Energy Modeling and Simulations
Building energy modeling is a simulation tool which is used to calculate Energy Load, Thermal Loads
The building Modeling will as used in optimising the building energy use.
Thermal Envelop
Mechanical System
Lightning
Gas
Chilled water
Renewable energy
Major Usecase of Building energy modelling are
Architecture Design
Green Building
HVAC and Control Design
Measurement and Verification
Policy and Analysis
Profit Design
Financial Incentives
Building Energy Modeling and Simulations
Building energy modeling is a simulation tool which is used to calculate
- Energy Load
- Thermal Loads
Major Usecase of Building Energy Modelling
Architecture Design
Green Building
HVAC and Controls
Measurement and Verification
ROI
Policy and Analysis
Profit design
Financial Incentives
Geothermal Cooling
Our EPC Services for Geothermal Cooling
Geothermal Vapour Absorption Cooling Sytem(VARS)
Geothermal absorption cooling utilizes geothermal energy to power absorption chillers, which produce chilled water for cooling buildings.
- Geothermal heat source
- Chiller
- Cooling distribution
Benefits
- Utilization of geothermal energy, reducing reliance on electricity.
- Lower environmental impact due to natural refrigerants and reduced greenhouse gas emissions.
- Potential for high efficiency and COP values, especially when integrated with geothermal energy systems.
Application
- Industrial Applications and Process Cooling
- District Cooling and Heating Systems
- Commercial and Residential Cooling Solutions
Geothermal Heat Pump
Geothermal Cooling
Geothermal cooling utilizes the earth’s stable subsurface temperature to provide cooling for buildings.- Heat transfer
- Heat pump
- Loop System
- Cooling distribution
Options in Geothermal Cooling
- Horizontal Loop
- Vertical Loop
- Pond/Lake Loop
Applications
- Residential Building
- Office building
- Schools
- Hospitals
- Research Facility and Laboratory
Radiant Cooling
Radiant cooling systems typically involve circulating chilled water through a network of pipes embedded in a building’s surfaces, such as ceilings, floors, or walls. These cooled surfaces then absorb infrared heat radiation from objects and people in the room, creating a sensation of coolness.
Using water to transfer thermal energy significantly improves system efficiency when compared to traditional forced air systems.
Design Types
1. Hydronic Systems: Circulate chilled water through pipes embedded in floors, walls, or ceilings.
2. Radiant Panel Systems: Utilize panels, often installed in ceilings or walls, with a cooled surface to absorb heat.
APPLICATION
- Office Buildings
- Schools
- Hospitals
- Industries
- Residential
BENEFITS
- Improves Energy Efficiency
- Improves Thermal Comfort
- Enhances Indoor Air Quality
District Cooling
District cooling systems: a sustainable and efficient approach to
cooling
- District cooling is 5 to 10 times more energy efficient than conventional machine cooling
- District cooling can reduce cooling energy consumption
by 50% through higher energy utilization District cooling is becoming more and more relevant as the need for clean cooling increases worldwide
LIKE THIS WE NEED TO DEVELOP A MODULE
In district cooling the source of cooling depends on
- Absorption chiller.
- Cooling tower
- Thermal energy storage
BENIFITS
- Increase in Energy Efficiency
- Increase urban planning and aesthetic
- Reduce environmental impact
- Reduction in power savings
APPLICATION
- Commercial and Residential Buildings
- Industrial Application
- Urban Planning
Geothermal Cooling
Our EPC Services for Geothermal Cooling
Geothermal absorption cooling
Geothermal absorption cooling utilizes geothermal energy to power absorption chillers, which produce chilled water for cooling buildings
Geothermal heat source
Chiller
Cooling distribution
APPLICATION
- Industrial Applications and process Cooling
- District Cooling and Heating Systems.
- Commercial and Residential Cooling Solutions.
Options in geothermal cooling
- Horizontal Loop
- Vertical loop
- Pond/lake loop
Benefits
- Energy Efficiency
- Renewable Energy
BENEFITS
- Utilization of geothermal energy, reducing reliance on electricity.
- Lower environmental impact due to the use of natural refrigerants and reduced greenhouse gas emissions.
- Potential for high efficiency and COP values, especially when integrated with geothermal energy systems.
Geothermal cooling utilizes the earth’s stable subsurface temperature to provide cooling for buildings
- Heat transfer
- Heat pump
- Loop System
- Cooling distribution
Radiant Cooling
Radiant cooling systems typically involve circulating chilled water through a network of pipes embedded in a building’s surfaces, such as ceilings, floors, or walls. These cooled surfaces then absorb infrared heat radiation from objects and people in the room, creating a sensation of coolness
Using water to transfer thermal energy significantly improves system efficiency when compared to traditional forced air systems
Design Types
1. Hydronic Systems: Circulate chilled water through pipes embedded in floors, walls, or ceilings
2. Radiant Panel Systems: Utilize panels, often installed in ceilings or walls, with a cooled surface to absorb heat
APPLICATION
- Office Buildings
- Schools
- Hospitals
- Industries
- Residential
BENIFITS
- Improves Energy Efficiency
- Improves Thermal comfort
- Enhance Indoor air quality
APPLICATION
- Commercial and Residential Buildings
- Industrial Application
- Urban Planning
In district cooling the source of cooling depends on
- Absorption chiller
- Cooling tower
- Thermal energy storage
District Cooling
District cooling systems: a sustainable and efficient approach to cooling
- District cooling is 5 to 10 times more energy efficient than conventional machine cooling
- District cooling can reduce cooling energy consumption by 50% through higher energy utilization
District cooling is becoming more and more relevant as the need for clean cooling increases worldwide
BENEFITS
- Increase in Energy Efficiency
- Increase urban planning and aesthetic
- Reduce environmental impact
- Reduction in power savings
Sustainable Design Services
From green design consulting to net-zero readiness, our services help you align with environmental standards and economic goals
Energy Modeling & Simulation
Optimize building energy usage with predictive design tools.
Water Conservation Planning
Integrate low-flow systems, greywater reuse, rainwater harvesting
Material & Resource Strategy
Specify low-impact, recyclable, and locally sourced materials
Waste Management
Design
Implement smart segregation and disposal systems in planning phase
Green Certifications Advisory
LEED, GRIHA, IGBC – we guide you every step of the way
Post-Occupancy Audits & Optimization
Assess real-world performance and improve it further
Why Clients Trust Us
Evaluation & Modeling
We analyze your site’s energy, water,
and carbon footprint
Material & Compliance
Eco-material planning aligned with
green standards
Execution Oversight
On-site checks to ensure sustainable
implementation
Certification & Optimization
Get certified (LEED, GRIHA, etc.) and
fine-tune performance
Let’s Build Smarter, Together
To bring your next vision for Sustainable Cooling Solutions.
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