Low-Carbon Development as the Foundation of Modern Construction

In an era of growing environmental awareness and the urgent need to combat climate change, reducing greenhouse gas emissions in the construction sector is becoming increasingly important. Construction is one of the industries with the greatest impact on the natural environment, making the implementation of solutions that support CO₂ emission reduction essential.

A key aspect is incorporating sustainable development principles already at the building design stage. This includes selecting materials with a low carbon footprint, utilizing energy-efficient technologies, and implementing solutions that enhance building energy performance. Equally important is educating and raising environmental awareness among future construction professionals, enabling them to effectively contribute to climate goals in the coming decades.

Education and Green Technologies as Tools for Transformation

According to the latest Global Status Report for Buildings and Construction 2024/2025, the buildings and construction sector currently accounts for approximately 34% of global CO₂ emissions and 32% of global energy consumption. This represents a noticeable improvement compared to earlier estimates, which indicated that the sector was responsible for around 37% of global emissions.

This decline demonstrates the growing effectiveness of measures aimed at improving building energy efficiency, implementing renewable energy sources, and developing more sustainable construction technologies. Despite this positive trend, the construction sector remains one of the largest sources of greenhouse gas emissions worldwide, and achieving climate targets will require further intensification of efforts to decarbonize both construction processes and building operations.

Of the sector’s total emissions, approximately 26% originate from building operations, including heating, cooling, ventilation, lighting, and powering equipment. Another 8% is associated with so-called embodied carbon emissions, generated during the production of construction materials, transportation, and construction activities. These figures highlight the importance of both the design and construction phases, as well as the operational lifecycle of buildings, in reducing the industry’s overall carbon footprint.

Energy Losses in Buildings

One of the most significant issues affecting emission levels is energy loss. It is estimated that between 30% and 40% of the energy consumed by buildings is lost due to insufficient thermal insulation, building envelope leakage, and inefficient heating and ventilation systems.

The primary sources of energy loss include:

• External walls – approximately 35%
• Roofs – approximately 25%
• Windows and doors – approximately 20%
• Floors – approximately 15%

Addressing these challenges requires the widespread adoption of modern technological solutions and the education of specialists capable of designing and delivering projects in accordance with sustainable development principles.

The Importance of Education for the Future of the Industry

Building environmental awareness should begin during education at technical schools and universities. Introducing topics related to energy-efficient construction, the circular economy, and modern construction technologies helps develop best practices that can later be applied in the design and execution of construction projects.

In the long term, such efforts can significantly reduce the carbon footprint of the entire construction sector. For this reason, increasing emphasis is being placed on educating future professionals at an early stage of their careers. One example is the escoAcademy program, organized by esco Polska, which aims to promote knowledge about modern ecological building systems and solutions that support energy efficiency.

Responsible Selection of Construction Materials

One of the most important aspects of reducing emissions is choosing materials with a low environmental impact. Low-carbon concrete, FSC-certified timber, and recycled materials are becoming increasingly popular.

Modern technical solutions also play a significant role, including energy-efficient automatic door operators, advanced ventilation systems, and solar shading solutions. An additional benefit comes from sourcing local materials, which helps reduce transportation-related emissions.

Energy-Efficient Technologies in Modern Buildings

Modern technologies enable significant reductions in energy consumption during both the construction and operational phases of buildings. The most commonly used solutions include:

• Energy management systems
• Photovoltaic installations
• Heat pumps
• Intelligent lighting systems
• Advanced ventilation and shading systems

By implementing these technologies, buildings achieve higher energy efficiency and become less dependent on traditional energy sources.

Designing with Low-Carbon Principles in Mind

Modern building design should consider optimal orientation relative to the cardinal directions, maximum utilization of daylight, high-performance thermal insulation, and effective ventilation and solar protection systems.

Passive construction is also playing an increasingly important role, aiming to minimize energy demand. Another key element is the efficient management of construction waste through sorting, recycling, and reuse. These measures reduce CO₂ emissions while also lowering project costs.

Cooperation with Certified Partners

Delivering projects in line with sustainable development principles requires cooperation with companies holding environmental certifications such as LEED and BREEAM. These certifications confirm the application of high environmental standards throughout all stages of the investment process.

Implementing innovative technologies from the design phase onward enables effective emission reduction and improved building energy performance.

Rapid Development of Retail Properties in Poland

The Polish retail real estate market remains one of the most dynamically developing segments of the construction sector. Over the past decade, total retail space has increased by approximately 30%, with a significant share of new supply consisting of modern retail parks and convenience centers.

According to the latest data, by 2025 Poland’s stock of modern retail space exceeded 15.5 million m² of GLA (Gross Leasable Area), confirming the market’s continued growth trend. Warsaw remains the leader in terms of retail space, while significant growth has also been recorded in major regional centers such as Kraków, Wrocław, Poznań, and the Tri-City area.

The scale of ongoing investments demonstrates the importance of selecting appropriate technologies already at the design stage to reduce construction’s environmental impact. Every new retail development represents an opportunity to implement solutions that increase energy efficiency, improve user comfort, and reduce CO₂ emissions.

As the amount of modern retail space continues to grow, the use of innovative ventilation, smoke extraction, building automation systems, and energy-efficient drive technologies is becoming a key component of sustainable sector development.

Examples of Sustainable Construction Solutions from esco Polska

Sliding Door Operators – escomatic

• Reduce energy consumption
• Provide precise control of door opening and closing
• Minimize heat loss

Smoke Ventilation Systems

• Increase fire safety
• Enable effective removal of smoke and hot gases
• Support natural building ventilation

Solar Shading and Ventilation Systems

• Reduce indoor overheating
• Lower air-conditioning demand
• Improve occupant comfort
• Optimize daylight utilization

Louvre Windows

• Provide a very large opening area
• Ensure effective natural ventilation
• Can be integrated into smoke extraction systems
• Support natural building ventilation strategies

Less Emissions, More Opportunities

Low-carbon construction has become one of the most important directions for the future development of the industry. The appropriate selection of materials, use of modern technologies, conscious design practices, efficient waste management, and cooperation with certified partners can significantly reduce the environmental impact of construction projects.

Equally important is the education of future professionals, ensuring that sustainable solutions become the standard rather than the exception. Only a comprehensive approach to the design and delivery of construction projects will enable the effective reduction of greenhouse gas emissions and contribute to building a more sustainable future.