Energy Efficiency and Sustainable Solutions in Conference Halls
Introduction
Conference halls are the places where energy consumption is highest with high user density and long periods of use. It is one of the places. Every detail, from lighting to ventilation, from acoustic materials to projection systems, directly affects energy consumption. Today, investors demand not only aesthetics and comfort, but also sustainable and low-cost business solutions.
In this article, we discuss the methods used to increase energy efficiency in conference hall projects and sustainable solutions in accordance with international standards. we will take it.
1. Energy Efficiency in Structural Design
Thermal Insulation: High density acoustic panels used in hall walls and roof systems play a critical role in terms of both sound insulation and preventing heat loss.
Natural Ventilation: In possible projects, double-walled walls and vent designs suitable for natural air flow can reduce energy consumption by up to 20%.
Thermal Camera Measurements: Heat leakage points are detected and isolated with thermal analyzes performed before the project. can be strengthened.
2. Sustainability in Lighting Technologies
LED Systems: 70% less energy compared to traditional halogen projectors
DMX Controlled Automation: Light levels can be adjusted automatically according to the number of users and type of activity. Thanks to this system, up to 30% savings in annual electricity consumption is achieved. ideal.
3. Energy Consumption in Sound and Acoustic Materials
Passive Acoustic Solutions: Correctly placed sound absorbing panels reduce the need for an electronic sound system by 15%.
Energy Efficient Audio Systems: Class D amplifiers have 50% lower energy than class A
Acoustic Simulations: 3D acoustic simulations applied by Nish Global reduce both the cost and cost of the system by preventing the use of unnecessary speakers. It also reduces energy consumption.
4. Air Conditioning and Ventilation Systems
HVAC Automation: Smart air conditioning systems that work according to the hall occupancy rate, up to 40% energy saving
Heat Recovery Devices (HRV): These systems, used in fresh air inlet, minimize energy loss by recycling the energy of the hot air inside.
Carbon Footprint Reduction: Designs that comply with international ASHRAE 90.1 and EN 13779 standards reduce operating expenses while reducing carbon emissions. lowers it.
5. Efficiency in Display Systems LED Video Wall Solutions: Brighter image with less energy thanks to high lumen efficiency. provides.
6. Sustainable Material Use
Recyclable Materials: Using water-based fabric and recyclable sponges in seat covers provides both environmental and economic benefits.
Low VOC Paints: Protects indoor air quality, reduces energy-consuming ventilation burden. reduces.
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Energy Its efficiency not only reduces operating costs but also ensures the long-term sustainability of the hall. Solutions that comply with international standards both give confidence to investors and highlight the environmental sensitivity of the brand. we design.
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