Commercial Building Energy Modeling In Malaysia

Building vitality execution examination is an investigation to improve the vitality productivity of a structure by deciding the most noteworthy contributing components towards vitality utilization and proposing the vitality protection measures. This examination is led to break down the vitality execution of a business working in north Peninsular Malaysia. A low execution plan of a structure during the beginning times could cause the wasteful use of vitality and abatement of the warm comfort. 

Aim of Building Energy Modeling

Building Energy Modeling plans to break down the most noteworthy vitality utilization factor of a medium ascent business fabricating and distinguish the vitality preservation gauges that could add to vitality sparing without influencing the warm solace. Vitality displaying utilizing reenactment instruments is utilized to foresee the vitality utilization in the structure and recreates a few plans as methodologies of vitality sparing. 

The warm investigation has likewise been done to get the best acts of vitality preservation measures. The investigation can accompany structures that contribute towards noteworthy of vitality reserve funds up to 52.82% and 36.44% as far as Building Energy Index or Energy Usage Intensity and Annual Cooling Energy separately.

Benefits of green building 

Because of critical natural and monetary advantages related to decreased vitality utilization in green building Malaysia, vitality effectiveness is viewed as a key driver for the green structure development. Be that as it may, factors identified with the genuine structure execution and future vitality costs exceptionally sway the real vitality cost of a green structure.

The research of green building Malaysia 

This exploration assesses the real financial presentation of a green structure being used in terms of vitality utilization and inspects how various situations for vitality value swelling would influence the cost sparing related to decreased vitality utilization in the structure all through as long as it can remember cycle. In view of real information records, it is found in the examination that the explored green structure spares around 71.1% of vitality contrasted with the business pattern. From the life cycle point of view, the green structure spares around 5756 kW h/m2 which relates to $2,796,451 at a 1% normal yearly increment in vitality cost and it is more than fourfold at 5% normal yearly increment in vitality cost and stretches around $12,107,060. This examination gives exact proof to the monetary advantages related to decreased vitality utilization in the green structure.

Understanding The Most Recently Developed Zero Energy Building In Singapore

In recent news dating back not more than a year, the National University of Singapore launched its first Zero energy building in Singapore from scratch, on January 30, 2019 at its School of Design and environment.  The basic concept behind the net Zero energy building means that a building labelled as such produces more energy than it actually consumes. 

Now, how does this happen? This happens largely when the builders and the architects use environmentally friendly features such as solar panel roof and a hybrid cooling system while its construction. These features help such type of buildings to have a net-zero energy consumption.

While the need for sustainability has grown significantly in the recent years, the exploitation of natural resources has also been sky rocketing. That is why; someone needs to come up with environmentally sustainable solutions when it comes to building and infrastructure. Which is why, concepts like this Zero energy building have come into existence. 

Let’s get into the details about this revolutionary advancement. For starters, more than 1,200 solar PV panels help inn powering the entire building and as a result, they produce more than 500 Mega Watts (MW) which is more than one could ask for, and is equivalent to the yearly energy consumption of more than a hundred 4-room housing board flats.

Economically speaking, this type of a building saves about $180,000 in energy costs every single year, thus significantly reducing the cost of operations and maintenance. This is indeed a very crucial step for a booming economy like Singapore as buildings like SDE4 (the building that we are talking about) play an important part in tackling climate change. 

As we see this as an example, we also must know that it is very crucial to develop such buildings, specifically in countries like Singapore and many other Asian Countries which are developed and lead in their infrastructure, because nearly a quarter of such  a country’s  carbon emissions come from the Infrastructural sector. 

We at GreenA Consultants also work on something like this. We are into all sorts of green building certification and advisory and like the SDE4 (don’t worry, we did not work on that!), we come up with innovative solutions and design frameworks to give your building the best accreditation for being a sustainable building.

If you are worried about the energy consumption of your building, get it checked and verified by our third party verification, in which we judge according to various metrics such as CO2 Emissions reduction, energy savings, water efficiency, improved indoor environmental quality and stewardship of resources to give you exactly the Eco-friendly building you wished for!

All builders in Singapore call us TODAY and we promise to give you innovative and practical solutions for creating a sustainable environment!