Author: admin

The implementation of energy efficiency measures at the so-called Diagnostic Annex of the University Clinical Hospital Mostar was symbolically marked in Mostar through a ceremony. This annex includes the Clinical Institute for Radiology, the Institute for Laboratory Diagnostics, and the Institute for Nuclear Medicine.

This is one of the 26 public-purpose facilities in the Herzegovina-Neretva Canton where energy efficiency measures have been implemented as part of the “Energy Efficiency Project for Bosnia and Herzegovina” (BEEP) and Additional Financing for AF BEEP, carried out since 2016. The project has facilitated the renovation of 91 public-purpose buildings, focusing on health and educational institutions.

On this occasion, Željko Nedić, the Minister of the Federal Ministry of Spatial Planning, emphasized, “According to the preliminary results of the current survey conducted by the Ministry, out of over 4,000 public-purpose facilities in the Federation of Bosnia and Herzegovina, more than 50% require the implementation of energy efficiency measures. This represents a significant potential for energy savings and creating better conditions for building users. Through various projects, the EU aims to highlight the benefits of improving energy efficiency in the public building sector. Through years of collaboration with financial institutions and organizations such as the World Bank, UNDP, KfW, Swiss Caritas, and GIZ, and with the support of budgetary funds, the Federal Ministry of Spatial Planning has, in the last eight years, managed to secure funds for the renovation of more than 400 public-purpose facilities, positioning itself as an absolute leader in implementing energy efficiency measures.”

The last facility in the series, the Diagnostic Annex of the University Clinical Hospital Mostar, has been renovated according to world energy efficiency standards, with an investment of 581,709.00 KM. The expected annual energy savings in this facility after implementing measures amount to 133,035.00 kWh/year, significantly reducing CO2 emissions by 60 tCO2/year.

“Medical and non-medical staff in our healthcare system do a job that is hard to compare with any other. Healthcare workers deserve better working conditions in all aspects. It is the government’s obligation to enable this and ensure the entire system’s stability, responsibly adhering to rational frameworks and the objective fiscal possibilities of relevant institutions. Projects like these are significant support to our efforts, and we are greatly thankful to the Ministry of Spatial Planning of the Federation of Bosnia and Herzegovina for implementing the energy efficiency project in the healthcare institutions of our canton,” stated Milenko Bevanda, Minister of Health, Labor, and Social Welfare of the Herzegovina-Neretva Canton.

The works on the facility included thermal insulation of facade walls, replacement of existing joinery and locksmithery, improvement of the thermomechanical system, installation of equipment for measuring energy consumption and monitoring temperature and humidity, and partial replacement of lighting fixtures. The listed improvements will enhance conditions for 620 users of this facility.

The satisfaction with the completed project was not concealed by the director of the University Clinical Hospital Mostar, Prof. Dr. Ante Kvesić, who emphasized on this occasion that with the help of the Federal Ministry of Spatial Planning and the BEEP project, the Mostar Hospital has been significantly modernized.

BEEP is the largest energy efficiency project in Bosnia and Herzegovina and was implemented with World Bank credit. The project is implemented from 2016 to 2024 to present the advantages and sustainability of energy efficiency.

It is estimated that more than 563,500 users of public-sector facilities will benefit from the increase in energy efficiency. By implementing the mentioned project activities, an annual reduction of approximately 13,000 tons of CO2 emissions is expected, with energy savings of more than 36,500 MWh per year. Additionally, this project supports Bosnia and Herzegovina in fulfilling its obligations under the Energy Community Agreement, committing to implementing EU directives in energy efficiency.

Nowadays, we know that we cannot control the weather, but we can control our impact on climate change, which is gaining momentum. In recent years, it has become apparent that small changes in our daily habits are crucial to reducing energy consumption. Climate change is becoming increasingly pronounced, so we must engage in environmental protection.

One of the aspects we can influence is our energy consumption in the household. The electrical appliances we use often contribute to high electricity bills. But the good news is that simple tricks can help us use energy more efficiently, thereby reducing costs and the ecological footprint.

One of the critical tips is the optimal use of the thermostat. You are setting the thermostat to a temperature between 18-21°C, and lowering the temperature when you are not at home or sleeping can significantly reduce energy consumption. Smart thermostats go one step further by allowing you to program the temperature according to your needs, adapting to your schedule.

Using smart plugs is also a helpful strategy. Smart sockets represent an innovative solution for efficiently managing household energy consumption. By implementing intelligent sockets in the household, users can save electricity bills significantly. With these advanced technological solutions, it is possible to eliminate standby consumption and ensure that devices are turned off automatically when not in use.

In addition to technological tricks, there are also simple lifestyle changes that can contribute to energy conservation. Instead of turning up the temperature on the thermostat, dress in layers and use warm blankets. Drinking warm beverages, such as tea or cocoa, can also help keep you warm, reducing the need for intensive heating.

The use of daylight also significantly impacts energy efficiency, so keep the curtains open during the day to make the most of the sun’s energy, reducing the need for artificial lighting. In addition, carpet installation in the home not only contributes to aesthetics but also plays a vital role as an excellent heat and sound insulator. Choosing a carpet as a floor covering creates a pleasant atmosphere and provides additional thermal insulation in cold rooms. At night, closing the thermal curtains or blinds can keep the heat inside the room, thus reducing the need for intensive heating.

These small but practical steps can significantly reduce energy consumption and contribute to savings on heating bills during the cold winter months. All these tips are helpful for our household and the planet we are trying to provide a more sustainable future.

Preserving energy efficiency has become imperative in modern society to reduce energy costs and negative environmental impacts. Installing a calorimeter is critical in improving the energy efficiency of homes and business premises.

The calorimeter is a sophisticated device that enables precise measurement of heat energy consumption in the building. By installing this instrument, users get a detailed insight into their energy consumption, which allows them to identify potential losses and manage consumption more efficiently. In this way, users can adapt their habits and technologies to reduce energy losses, directly contributing to cost reduction.

Calorimeters can be applied in various contexts, including heating, cooling, ventilation, and manufacturing. This device measures the amount of heat transferred through the system, enabling precise energy consumption monitoring. In addition to monitoring the temperature, this device measures the current and total water flow through the system and the present and complete consumption of thermal energy, expressed in kWh. Installation is usually done at the entrance to the living space, in front of the apartment door, or the building’s staircase if one calorimeter is used for all apartments in the building.

Installing the calorimeter also facilitates the implementation of intelligent energy management systems. Smart thermostats and automatic control systems can use information obtained from the calorimeter to dynamically adjust the operation of heating and cooling systems according to actual needs.

The return-on-investment period varies between two and five years, depending on user habits, quality of insulation, and time spent in the home or office.

Installing a calorimeter brings economic benefits and a significant contribution to environmental protection. Reducing energy consumption automatically minimizes the emission of harmful gases, positively affecting ecology. By laying the foundations of energy efficiency, we build a sustainable future together, preserve the planet’s resources, and minimize negative environmental impacts.