Planning a domestic renewable energy system is a process that includes analyzing your current electricity consumption, analyzing local codes and requirements. Cold roofs use a highly reflective coating, such as white paint, to increase reflectivity, while green roofs use vegetation as a cover to increase the cooling capacity of a building (Costanzo). While green roofs and cold roofs have advantages and disadvantages, both reduce building cooling demand (Costanzo). With the incorporation of some or all of these green building strategies that reduce energy, continuous monitoring and monitoring of progress in energy efficiency is required so that facility management has a real-time picture of energy consumption patterns in the building.
In addition, solar energy can be used to reduce the need for heating, for example, direct solar gain, which provides places where the sun can directly enter a space, can help to heat a living room. The Green Building Council, which focuses on building performance software, points out that the order in which these improvements are carried out depends on each building owner and, ultimately, must be aligned with renovation cycles and capital expenditures. The installation of submeters and automated controls in buildings allows building operations managers to track costs and energy use by area, in addition to helping to control energy use throughout the building. In green buildings, it's not just about building and designing, but also about being creative in implementing energy management programs for buildings that better use and conserve energy.
Cold roofs have been found to lower roof temperatures more than green roofs, but green roofs provide some insulation in colder seasons. This extraordinary example shows how intelligent technology can improve energy efficiency in green buildings and make built environments more comfortable and healthier for occupants. While most green buildings don't have as many amenities as The Edge, any existing structure can be made more sustainable. The concept is that if all the building's systems can run on electricity and that electricity comes from renewable sources, the building can stop depending on gas or other fuel lines.
Buildings and the real estate industry in general represent around 30% of total global energy consumption, making them a vital consideration when it comes to promoting a transition to green energy that no longer depends on fossil fuels. Oriented following the path of the sun and using solar panels that cover a large part of its roof and south-facing walls, the building produces more energy than it consumes, providing energy to the entire property. Such a rapid expansion of the renewable electricity system would require rapid planning, the granting of permits and the construction of renewable energy sources, such as solar plants and wind farms. In addition to incorporating energy-saving appliances and accessories, the use of renewable energy and the possibility of producing it on site is a very effective green building strategy.
With extensive experience in the field, they can implement advanced software layers to integrate communication devices, systems or third-party applications into a unified user interface with intuitive user interfaces that make it easier for all types of users to manage, monitor and maintain their green buildings.