BERS Building Energy Rating System
Building Energy-Efficiency Rating System
Building Energy-Efficiency Rating System (BERS)
In order to implement the net zero building policy, the Building Research Institute of the Ministry of the Interior has divided the buildings into two types: new buildings (BERSn) and existing buildings (BERSe). Both are distributed in levels of 1 and 1-7, providing a labeling method that the public can feel, guiding the government, enterprises, and consumers to improve the energy efficiency of buildings, driving the market's spontaneous building energy-saving actions, and then implementing the building energy-saving and carbon reduction policy.
EEWH-BERS is a standard method for calculating, scoring and labeling building energy efficiency under the existing EEWH Taiwan Green Building Label System. It is currently limited to certain non-residential buildings with more regular usage characteristics and is also limited to areas below 800 meters above sea level. According to the 2050 Taiwan Net Zero Carbon Emissions Pathway Plan, there will be nearly 10 million existing buildings in the country, and 50% of existing buildings will be updated to Class I building energy efficiency or near-zero carbon buildings by 2040. To achieve this goal, 2.9% (about 145,000 buildings) of existing buildings need to be updated each year.
With rich experience in energy-saving improvement, Yijing plans practical and feasible BERS consulting services for customers from evaluating results to implementing plans.
Since 2002, EU countries have actively promoted the Energy Performance Labelling of Buildings Directive (EPBD), which aims to establish an energy efficiency certification system for new and existing buildings.
In Taiwan, buildings can obtain the "Building Energy Efficiency Label" through the "Building Energy-Efficiency Rating System (BERS)" rating assessment as a concrete proof of energy-saving efficiency. Through BERS's standard audit, the building's energy consumption can be assessed and reviewed and adjusted if excessive energy consumption is found.