SDGs
SDG 7. AFFORDABLE AND CLEAN ENERGY
There are 3 forms of applied building elements namely natural lighting, natural air ventilation and plant placement on each floor of a multi-storey building. Regarding natural lighting, the building on TSUL adopted the use of glass on the wall so that even without electric lights, the room would remain bright enough. In addition to the use of glass, some buildings adopt open corridors on the outside of the building that serve as road access and at the same time provide access for natural lighting. Open corridors on the outer side of the building also support the creation of natural ventilation.
Video Library
Elements of Green Building Implementation as Reflected in All Construction and Renovation Policies
Energy Efficient Appliances Usage
(Tashkent State University of Law, Uzbekistan)
Energy Efficient Appliances Usage: Solar Power Generation System and Energy saving heating system (Tashkent State University of Law, Uzbekistan)
Applied Building Elements in Multi-Storey Buildings
There are three forms of applied building elements namely natural lighting, natural air ventilation, and plant placement on each floor of a multi-storey building. Regarding natural lighting, the building at TSUL adopted the use of glass on the walls so that even without electric lights, the room would remain bright enough. In addition to the use of glass, some buildings incorporate open corridors on the outside that serve as road access while also providing access for natural lighting. These open corridors on the outer side of the building also support the creation of natural ventilation.
The University has established a construction policy for facilities renovation and new buildings. The policy outlines the following major rules:
- Smart Building design is encouraged
- Use of green vendors
- Utilization of green products
- Renewable energy usage policy
- Natural ventilation
- Full natural daylighting and green building elements to increase energy efficiency
Energy Efficient Appliances Usage: Solar Power Generation System and Energy saving heating system (Tashkent State University of Law, Uzbekistan)
Energy Efficient Appliances Overview
Appliance | Total Number | Total Number Energy Efficient Appliances | Percentage |
---|---|---|---|
LED Lamp | 111,428 | 100,826 | 100% |
Fan | 103 | 76 | 90% |
Automatic Energy Breaker | 55 | 55 | 100% |
Average Percentage | 96% |
Energy Efficiency Initiatives at Tashkent State University of Law
The administration and responsible staff of the Tashkent State University of Law systematically monitors the reduction in energy use. The university tries to implement the latest technological advances in such a way that the effectiveness of their implementation does not have a negative impact on the health of students and university staff.
Over the past 5 years, the Tashkent State University of Law has been widely introducing LED lighting, street lamps that work on solar energy, energy efficient table clamps. Solar panels are located on the rooftops of the university buildings, which provide the university with additional alternative energy all year round.
To this end, the university has its own central air and water heating and cooling systems. Tashkent State University of Law integrated development programs and roadmaps will greatly influence the introduction, use, expansion and improvement of sustainable energy-efficient technologies.
Today there are new, modern types of air conditioning systems with direct expansion of air for large rooms, which are more efficient and economical. Along with this, centralized air conditioning systems with an intermediate refrigerant are gaining more and more popularity, one of which is the chiller-fan coil system. Tashkent State University of Law uses this particular system to cool the university premises. The length of our system is 10778 m.
Energy and Climate Change (EC)
Charge parking, Renewable energy (Tashkent State University of Law, Uzbekistan)
Ride Share, Zero Emission Vehicles (Tashkent State University of Law, Uzbekistan)
The program for the construction of windmills as a power plant in the Kibray region
(Tashkent State University of Law, Uzbekistan)
Description
- Charging parking for private vehicles to reduce vehicles on campus.
- Using renewable energy for electricity, reducing purchased electricity.
- Ride share designed to encourage commuters to adopt healthy and sustainable transportation options (Carpool).
- Zero Emission Vehicles (Tashkent State University of Law, Uzbekistan).
- The program for the construction of windmills as a power plant in the Kibray region (Tashkent State University of Law, Uzbekistan).
The Innovation Department at TSUL builds windmills as a power plant in the village of Kibray. With these windmills, the village is able to produce electricity around 1000 watts/hour.
Charging parking for private vehicles to reduce vehicles on campus. Using renewable energy for electricity, reducing purchased electricity. Ride share designed to encourage commuters to adopt healthy and sustainable transportation options (Carpool).
Tashkent State University of Law became the first member of the international organisation "Race To Zero" in Uzbekistan
Tashkent State University of Law has been accepted as a member of the international organization "Race To Zero" within the framework of international rankings. The main goal of this organization is to ensure the transition to a carbon-free economy. Currently, 1,173 universities have joined "Race To Zero", and Tashkent State University of Law was the first university from the Republic of Uzbekistan to join the organization.