Commercial Traditional Skylights of Melbourne Minimizes Organizational Efficiency.
Traditional Skylights of Melbourne were invented for minimizing the electrical consumption and optimizing the use of natural sunlight. Proposals for adding skylights in a school, office, warehouse or other commercial building can be appealing. After all, skylights enhance the internal illumination and give the entire building a more airy look, particularly when the space for windows is limited. Because they illuminate your building with natural light during daytime hours, it is assumed that they reduce your energy costs. However, it might be the opposite if you are currently using an inefficient skylight system or if you choose to invest in the wrong alternative for your building.
Traditional Skylights of Melbourne are first generation skylights that are subjected to direct solar energy without any way to store or diffuse it. Sometimes, they seem like a good thing and warm up your interiors which increase the energy consumption and operating costs for your organization. If it is a school, it is even costlier. We have stated below some of the common ways that inefficient conventional skylights drive up the cost. This information will help you to make a confident decision before the purchase of Solatube light kit Melbourne. These skylights come with added benefits of storing daylight and using them at night apart from remote control diffuser to control the intensity of sunlight.
1. Traditional Skylights of Melbourne increases the solar heat gain during the summer season. Because of their stationery with horizontal positioning, Conventional day lighting system receives the sun’s direct rays when it is overhead at noon, at its highest and hottest place in the sky. As a result, they are subjected to even more heat than vertical windows. Some Authorized Govt. Centers estimates that these inefficient skylights are absorbing as much as four times the higher solar heat as compared to vertical windows, making a building hot & humid in the summer and makes it costly and eroding your organizational profits.
2. Traditional Skylights of Melbourne enhance heat loss during the winter season. As internal heat rises, building loses 35-45% more heat from conventional skylight than windows installed in the side of a building, according to reliable sources from Govt. Authorized Energy Center. As a result, the heating system has to work harder and generate more energy for compensating for the heat lost through conventional skylights.
3. Energy consumption depends on the placement of Conventional Skylights. It is vital in planning the installation of skylights. South-facing Conventional skylights result in the greatest solar heat gain for which more air-conditioning capacity is required. These are best avoided in cold climates too. East facing Traditional Skylights of Melbourne adds up the heat gain in the morning. A skylight facing the west has higher heat gain due to the strength and position of afternoon sunlight, while north-facing skylights provide cool but continuous light. To avoid potential heat gain and higher cooling costs, you can select a commercial skylight that utilizes glazing technology that minimizes solar heat gain.
4. Condensation: Leakages from the roof is a common problem that is associated with Traditional Skylights of Melbourne if they are not installed properly. Some of them are not manufactured with the appropriate materials necessary for waterproofing or decaying from rainwater. Not only can it lead to expensive damage, but it can also result in increased energy costs as your HVAC system in the organization has to work harder for removing the extra moisture.
5. Encourages ice dams - In winter climates, another problem with conventional skylights is that they form a ridge on the roof line where snow and ice gather. Additional ice on the roof wears down roofing material, and also makes it more expensive to heat the building.
6. Inefficient lighting: Another major issue with Traditional Skylights of Melbourne is the incapability to provide consistent light. Instead, they offer natural light during midday hours and only when the sky is devoid of any clouds. Sunlight also accumulates in spots on the floor just like a desert oasis. It cannot diffuse throughout the roof, which glares on surfaces & screens. Conventional commercial skylights often need supplemental electric lighting for illuminating the cornered spaces that are not lit by natural daylight, which increases the energy consumption.
If we do not choose the correct Traditional commercial skylights, it may cause an unexpected increase in energy costs in other commercial applications too. For preventing this from occurring, we should select a skylight that is fit for all the commercial applications and has the certifications that show the unit is intended to minimize the energy consumption and withstand sudden climatic changes. While selecting skylights, a balance should be sought between low U-factor and optimal SHGC values, for preserving enough daylight supply for minimizing the use of artificial light. The automatic light sensing controls for electric lighting maximizes the energy savings of any organization.
The glass used in Skylights include at least one low emissivity (Low-E) coating that is applied to one or more glass surfaces for reducing the U-factor and SHGC by suppressing the radiant heat flow. Many variations of Low-E coatings also minimize daylight to different degrees. Inert gas like Helium, Argon etc. are frequently used in the gaps between the panes, and advances in thermally efficient glass spacing and supporting elements can further improve the thermal performance of glass-glazed Traditional Skylights of Melbourne. Contemporary skylights that use glass infill, use sealed insulating glass units that are made up of two panes of glass.
A recent study concluded that school students had achieved significantly higher test scores in schools that optimize daylighting. Other studies have found that daylight positively affects the physiological and psychological well-being of employees, who can increase the productivity in many contexts, such as converting sales or retaining of customers in retail spaces or malls. Regarding cost savings, many Department of Energy’s has reported that commercial buildings can minimize total energy costs by up to one-third through the optimal use of daylighting. The majority of commercial building and warehouses or malls that are built in recent years are using skylights for energy savings. (Source - https://en.wikipedia.org/wiki/Skylight)