Pasargad Company, designer, builder, and executor of tower’s energy supply systems (in restaurant towers)
If the geographical location of the restaurant tower allows, we can provide the required electricity by installing a wind turbine and solar panels. This type of energy production is undeniably the most efficient in modern times and the near future. Currently, many famous towers and skyscrapers around the world, such as the Da Vinci Tower in Dubai, employ this technology.
The Dubai Da Vinci Rotary Tower meets its energy needs through wind turbines positioned between its floors, complemented by solar panels installed atop the tower, harnessing both wind and solar power. The combined annual value of these energy sources amounts to approximately $7 million.
Each turbine has the capacity to generate around 0.3 MW of electricity, while conventional and vertical wind turbines produce roughly 1-1.5 MW of power each.
As per studies, Dubai experiences approximately 4,000 hours of wind each year. When we combine the output of each turbine, we can generate a total of 1,200,000 kilowatt-hours of energy.
Considering the average annual household consumption in Dubai, which is estimated at around 24,000 kWh, each turbine can power approximately 50 households.
The design of the Dynamic Architecture Tower in Dubai includes 200 residential apartments, requiring four turbines to meet their electrical needs. Moreover, the energy generated by these turbines might eventually surpass the tower’s consumption, thus potentially powering nearby buildings and equipment.
The building’s modern design incorporates the use of carbon fiber to mitigate noise pollution.
Designing a tower in Iran that harnesses natural solar and wind energy is no longer just a dream!
Wind turbine:
A wind turbine is a device utilized to transform the kinetic energy of wind into electrical energy. By driving the generator and converting mechanical energy into electrical energy, it serves as a crucial source of electrical power generation.
Images of wind turbines in their typical natural setting
Given its considerable height, the restaurant tower stands as an ideal candidate for harnessing wind energy. Evaluating factors such as the tower’s capacity, geographical location, and aesthetic considerations, we can assess the economic viability of integrating wind energy generation.
Images of wind turbines installed on restaurant towers
Compact wind turbines find utility in tasks like battery charging or supplementing power in yachts, whereas larger counterparts serve as generators of electrical energy by employing generators to convert mechanical energy into electrical power.
Other types of wind turbines serve specific purposes such as pumping water (referred to as wind pumps) or milling wheat (known as windmills), each with their own distinct names.
Wind turbines harness the kinetic energy of the wind, converting it into mechanical power. This mechanical power is then transferred to a generator via a shaft, ultimately producing electrical energy. The functionality of wind turbines is based on a straightforward principle.
These turbines feature two or three blades that rotate around a central rotor. The rotor, in turn, is connected to a central shaft, facilitating the rotation of the generator to produce electricity.
To maximize energy capture, wind turbines are typically mounted on tall towers, which can reach heights of 30 to 40 meters above ground level. They are effective in both low and high wind speeds, as well as during storms.
In addition to their role in generating clean energy, wind turbines possess a unique aesthetic appeal. Wherever they are situated, they contribute to the visual allure of the surrounding structure or tower.
Depending on the geographical location, wind turbines may be positioned atop a tower’s upper floors, either directly on short pedestals or as standalone structures adjacent to the leisure and restaurant areas.
Incorporating wind turbines into the design of a restaurant tower at significant heights enhances the structure’s charm and distinctiveness. Such designs can be implemented at the tower’s apex or interspersed between its floors.
Aria Gostar Pasargad Khavaran Company will bring your vision to life with state-of-the-art structures, integrating wind turbines and solar panels. This not only cuts costs significantly but also adds to the aesthetics and cultural promotion of clean energy production.
Solar panel
Solar panels are created by assembling solar cells, which convert solar radiation into electrical energy. These panels can typically be installed at the highest point of a tower to receive the maximum sunlight exposure.
Depending on the capacity, geographical location of the tower site, and its appearance, we can assess the economic feasibility of this application.
Images of solar panels in their typical natural setting
The solar panel system is designed to receive solar energy and convert it into electricity for commercial and residential use.
Photovoltaic systems usually consist of a panel, solar cell modules, an inverter, and sometimes a battery or solar tracker, along with wiring connections.
Photos of solar panels installed on the rooftop
A solar panel refers to a photovoltaic module or a solar thermal panel, or a set of PV solar modules that are electrically installed on a single structure. A PV model is a collection of interconnected solar cells. Solar panels can be used as a component of a larger photovoltaic system for generating and storing electricity in commercial and residential applications.
Each module is rated with a DC output power, which operates under standard test conditions (STC) and typically ranges from 100 to 320 watts with variations. The efficiency of a module determines the area of the module (with similar graded output) – a 230-watt module with 8% efficiency occupies twice the area of a 230-watt module with 16% efficiency. There are a few solar panels whose efficiency exceeds 19%.
A single solar module can produce only a limited amount of power. Most installations contain multiple modules. A photovoltaic system typically consists of a panel or an array of solar modules, an inverter, and sometimes a battery or solar tracker and internal wiring.
Solar panels we have seen so far will only utilize 48% of sunlight, which is sufficient to meet the entire energy needs of our planet. This science is called photovoltaic solar electricity conversion. PV involves direct conversion technology of sunlight into electricity. The term “photo” means light and “voltaic” means electricity.
Life on Earth relies entirely on the sun, so why not harness more gifts from our celestial host, with solar panels being just a fraction of what’s possible?
Aria Gostar Pasargad Khavaran Company aims to be the premier builder of luxurious and cutting-edge recreational and restaurant towers, integrating clean energy solutions to enhance both their cultural significance and aesthetic appeal.
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