Since 1977, the company ete has manufactured more than 22,000 electric boilers, including models for heating water, superheated water, steam, thermal fluid, and liquid mass heat storage, designed for large installations.
ete has been evolving technologically, positioning itself for several years ahead of other European and American companies in the manufacture of Joule-effect boilers. This technological advancement not only provides greater efficiency and reliability in its products but also contributes to reducing environmental impact, aligning with global sustainability goals.
ete is recognized for the quality of its products, with an electric boiler built using its technology typically having a lifespan of over thirty years without any recorded failures. This durability is essential for companies looking for reliable and effective climate control solutions.
ete installed an electric boiler for building climate control, model GP 256/12, with a total power of 300 kW for the Santander Group. This type of boiler is known for its efficiency and reliability, making it an ideal choice for various industrial and commercial applications. The 300 kW output ensures effective heating of large spaces, delivering optimal and consistent performance.
Large companies are increasingly aware of the importance of minimizing or eliminating CO₂ emissions into the atmosphere, aiming to improve environmental quality and reduce energy costs. This growing awareness stems not only from social and regulatory pressure but also from understanding that sustainability can offer a competitive advantage. By eliminating the CO₂ emission charge, these organizations adopt more responsible and sustainable practices, contributing to a greener and healthier future.
To optimize performance and energy efficiency, the power was divided into 50 kW blocks, each equipped with independent electronic temperature control systems. This configuration allows for more precise energy management, adapting to the specific climate control needs of different building areas. In addition, the electrical safety systems were designed to protect the resistors in 16.6 kW segments, ensuring rationalized energy consumption throughout the building and guaranteeing the continuous and efficient operation of the climate system.
Through continuous innovation and a commitment to quality, ete remains a benchmark in the industry, helping companies like Santander Group achieve their sustainability and energy efficiency goals.
The Joule-effect electric boiler model GP 256/12, installed for Santander Group, stands out as a highly efficient and sustainable climate control solution.
TECHNICAL BENEFITS
Modular Power: The boiler has a total power of 300 kW, distributed in 50 kW blocks. This modular configuration facilitates adaptation to various climate control needs in different areas of the building and allows for more flexible operation. In periods of lower demand, only the required blocks can be activated, resulting in energy savings and cost reduction.
Independent Electronic Control: Each 50 kW block is equipped with independent electronic temperature control systems. This feature enables personalized climate control, adjusting precisely to occupants’ preferences and external weather conditions. The ability to control temperature across different building zones enhances comfort and optimizes energy use.
Superior Energy Efficiency: The Joule-effect technology used in this boiler ensures highly efficient conversion of electrical energy into heat. This leads to lower electricity consumption to generate the same amount of heat compared to conventional heating systems. The energy efficiency results in reduced environmental impact and lower operational costs, benefiting both the company and the environment.
Durability and Reliability: ete designs its boilers with durability in mind, with models often exceeding a thirty-year lifespan without major faults. This robustness reduces the need for frequent maintenance and associated costs, providing a long-term reliable climate solution.
Advanced Safety Systems: The boiler’s electrical safety systems are designed to protect the resistors in 16.6 kW segments. This ensures not only safe operation but also system stability, minimizing the risk of failures that could lead to unwanted downtimes. Redundancy in safety is a key feature that enhances operator confidence in the boiler’s continuous performance.
Rapid Heating Technology: The electric boiler allows for fast heating, enabling spaces to reach the desired temperature in a short time. This is particularly advantageous in corporate buildings with high occupant turnover, where thermal comfort is a priority.
OPERATIONAL BENEFITS
Reduced Operating Costs: The boiler’s energy efficiency and modularity lead to a significant reduction in operating expenses. By activating only the necessary blocks during periods of low demand, companies can considerably reduce electricity bills, contributing to more efficient financial management.
Ease of Maintenance: The boiler’s modular design simplifies and reduces maintenance costs. When a block requires servicing or replacement, it can be done without affecting the operation of other blocks, ensuring that building climate control remains functional.
Adaptation to Consumption Variations: The ability to adjust boiler operation according to the specific heating or cooling needs of different areas allows a quick response to thermal load fluctuations. This is especially useful in buildings with significant changes in occupancy, such as offices or commercial spaces, where occupant comfort must always be a priority.
Environmental Sustainability: Using electricity for heating instead of fossil fuels helps reduce CO₂ emissions and other pollutants. This sustainable approach not only complies with environmental regulations but also strengthens the company’s image as a leader in social and environmental responsibility.
Integration with Energy Management Systems: The boiler can be easily integrated with existing energy management systems, enabling more efficient monitoring and control of energy consumption. This integration allows performance analysis, optimization strategies, and continuous improvement opportunities.
Enhanced Thermal Comfort: The inclusion of independent electronic temperature control systems for each 50 kW block enables precise temperature regulation in different building zones. This flexibility is crucial in large installations where climate needs vary significantly from one space to another. It allows occupants to enjoy a more comfortable work environment, adjusting temperature to their preferences and needs—potentially increasing productivity and job satisfaction.
KEY ADVANTAGES
Energy Efficiency: The boiler’s configuration, which divides power into 50 kW blocks, allows more precise energy consumption management. This not only improves overall system efficiency but also results in substantial energy savings. Instead of constantly operating at full capacity, the boiler adjusts dynamically to the specific climate requirements of each building area. During low-demand periods, it can operate only with the required blocks, reducing waste and operating costs.
Operational Safety: The safety systems designed to protect heating elements in 16.6 kW sections are a key aspect of the boiler. These safety measures reduce overload risks and ensure that if one part of the system fails, others can continue to operate normally. This protects the equipment and ensures uninterrupted climate control, preventing discomfort for building occupants.
Operational Continuity: The boiler’s modularity offers a major advantage in operational continuity. If one block fails, the others remain active, ensuring constant climate control. This is essential in business environments where HVAC system interruptions can cause significant discomfort, especially in extreme weather conditions.
Integration with Future Technologies: The ete electric Joule-effect boiler, thanks to its modern design and advanced technology, can be integrated into building automation systems. This enables even more efficient climate control, where sensors and algorithms can automatically optimize boiler performance in response to real-time data on occupancy and external weather conditions.
CONCLUSION
In summary, the installation of the ete electric Joule-effect boiler, model GP 256/12, with a total power of 300 kW, represents an innovative solution for the building’s climate control. This technology not only modernizes the HVAC system, but also brings substantial benefits in terms of energy efficiency, reduced operating costs, ease of maintenance, comfort, safety, and a lower carbon footprint for the building. These factors make the boiler a strategic and responsible choice.
By choosing this technology, Grupo Santander reaffirms its commitment to innovation and sustainability.
