Sep 9, 2024
The importance of energy efficiency in prefabricated industrial buildings makes it one of the key factors when choosing the right solution for a company today.
In the past, energy efficiency was an unknown term and, therefore, not taken into account when considering an industrial building. Today, the relevance of its advantages makes it one of the most important factors to consider when making a purchasing decision. The energy efficiency of prefabricated industrial buildings impacts a company at different levels: economic, image, productivity, and even workforce loyalty, among others.
At VALL we build sustainable prefabricated industrial buildings. The energy efficiency of our prefabricated buildings and industrial tents is primarily based on aspects such as TWS roof systems and enclosures with rigid double-panel sandwich sheets. Efficiency and environmental responsibility are part of our values.
The economic savings provided by having a prefabricated industrial building with excellent energy efficiency is one of its great advantages. The energy consumption needs in industrial buildings for purposes such as keeping machinery at an optimal temperature, improving visibility, or maintaining a comfortable working temperature that contributes to better productivity are significant. But with good energy efficiency, these energy consumption needs are significantly reduced. This translates into substantial economic savings on energy supply bills day by day. Coupled with the durability of prefabricated industrial buildings, the savings over their decades of useful life are immense. And the savings on resources like heating systems or climate control systems are also relevant. All of this guarantees a greater return on investment when choosing prefabricated industrial buildings with good energy efficiency.
Reducing the carbon footprint of a company with the help of prefabricated modular buildings is another relevant point. Nowadays, the environmental impact of companies is an issue that transcends, and reducing the carbon footprint implies improvements in many areas: public image and customer acquisition, greater business opportunities in areas like partnerships, investment reception, or alliances with other companies, compliance with environmental regulations... Prefabricated industrial buildings that help save energy costs facilitate meeting the companies' carbon footprint reduction targets. TWS roof systems are some of the key elements of a modular industrial building with excellent energy efficiency.
Achieving a comfortable temperature in workplaces is key to greater productivity of the staff working in industrial buildings. The absence of cold in winter and avoiding extreme heat in summer improve worker wellbeing and their safety. It also minimizes the risk of distractions that can lead to workplace accidents or costly errors. Moreover, it contributes to the reduction of absences related to workplace temperature. Safety and workplace wellbeing are two key factors in achieving employee loyalty and retaining talent within a company. Prefabricated industrial buildings with good energy efficiency allow for achieving a comfortable and safe indoor temperature with fewer resources, greater cost savings, and more simplicity, as there is no need to constantly monitor conditions except on the most extreme temperature days of the year.
Most modern machines and digital components struggle with extreme temperatures, particularly high ambient heat. Therefore, good energy efficiency within industrial buildings is crucial for their optimal operation and extended lifespan, which ultimately offers economic benefits. Additionally, certain goods also require maintaining an appropriate temperature range for optimal preservation. Pharmaceuticals, food products, and digital components are just a few examples. Achieving an optimal indoor temperature range with less energy consumption helps reduce losses, increases savings, and ensures that goods leave the facility for the customer in the best condition.
A prefabricated industrial building with excellent energy efficiency contributes to greater company productivity. One reason is that maintaining a moderate indoor temperature year-round reduces preventive equipment shutdowns to avoid overheating. It also reduces downtimes caused by high temperatures or breakdowns resulting from such conditions. This reduction in downtime translates into more production time without compromising equipment safety and durability. It’s important to consider the relationship between excellent energy efficiency in prefabricated industrial buildings and increased productivity, due to these factors as well as the greater concentration and efficiency of human teams.
The importance of energy efficiency in prefabricated industrial buildings.
Economic savings and profitability thanks to energy efficiency.
MAXI
SPACE
SPACE
The strongest and most sustainable removable buildings on the market | MAXISPACE
DISCOVER MAXISPACE
Reduction of the company's carbon footprint and improvement of the company's green image.
Comfort and safety at work in prefabricated industrial buildings with greater simplicity and fewer resources thanks to energy efficiency.
Greater durability of machines, digital components, and specific goods stored in a building with good energy efficiency.
ALU
SPACE
SPACE
The strongest and most sustainable removable buildings on the market | ALUSPACE
DISCOVER ALUSPACE
Optimizing production processes, key to greater productivity.
Sources: https://www.endesa.com/es/blog/blog-de-endesa/empresas/ahorrar-energia-empresa - SPANISH https://es.wikipedia.org/wiki/Eficiencia_energ%C3%A9tica - SPANISH https://www.miteco.gob.es/es/energia/eficiencia.html - SPANISH
Table of contents
- The importance of energy efficiency in prefabricated industrial buildings.
- Economic savings and profitability thanks to energy efficiency.
- Reduction of the company's carbon footprint and improvement of the company's green image.
- Comfort and safety at work in prefabricated industrial buildings with greater simplicity and fewer resources thanks to energy efficiency.
- Greater durability of machines, digital components, and specific goods stored in a building with good energy efficiency.
- Optimizing production processes, key to greater productivity.
