TRNSYS FOR SIU SOFTWARE

melvin.ДЇacile mild hydrothermal treatment for surface functionalization of carbonized sawdust. Vacuum annealed ga:zno (gzo) thin films for solar cell integrated transparent antenna application. Numerical insights into the influence of electrical properties of n-cds buffer layer on the performance of slg/mo/p-absorber/n-cds/n-zno/ag configured thin film photovoltaic devices. Promising porous cu2znsns4 electrode composition synthesized by acetate route-based sol-gel process for lithium battery application.ДЄsmaa soheil najm, puvaneswaran chelvanathan, sieh kiong tiong ,mohammad tanvirul ferdaous, seyed ahmad shahahmadi, yulisa yusoff, kamaruzzaman sopian, nowshad amin. Muhammad amirul aizat mohd abdah, muhammad ramiey rejab, marliyana mokhtar, kamaruzzaman sopian, azizan ahmad, hassan ahmoum, paolo scardi, mohd sukor su'ait. international journal of electrical and computer engineering. Recent advances in passive cooling methods for photovoltaic (pv) performance enhancement. Reduced output of photovoltaic modules due to different types of dust particles.Д®my zairah ahmad, kamaruzzaman sopian, hasila jarimi, ahmad fazlizan, abdelnaser elbreki, ag sufiyan abd hamid, shirin rostami, adnan ibrahim. It is concluded that zero-emission shopping mall is applicable in Hong Kong with appropriate renewable energy systems installed.Zeki ahmed darwish, kamaruzzaman sopian, ahmad fudholi. Control strategy 3 has illustrated the economic performance for a different scenario of the Feed-in Tariff scheme, which is the tariff is counted by the electricity exported instead of the amount of energy generated. The parametrical analysis of off-peak electricity price is shown for adapting control strategy 2.

Limitations and causes for the differences among the three control strategies are presented. Apart from constructing a zero-emission model, another two control strategies regarding the utilization of the off-peak period are quantitatively analyzed with performance indicators, showing the advantages and disadvantages of each control strategy. Moreover, with the Feed-in Tariff scheme of the power company, the renewable energy systems can repay the initial investment and operation cost in the fourteen-year and achieved the return on investment of 43.74% in the twenty-five year of systems lifetime. With the photovoltaics installed in the shopping mall and a medium-size wind turbine, the shopping mall and shuttle buses can achieve zero-emission and reduce 345670.31 kg of net equivalent CO2 emission annually.

TRNSYS FOR SIU SOFTWARE

The entire renewable energy systems and shopping mall were constructed under the design requirement of the HKSAR bureaus and were simulated in the commercial building systems software 'TRNSYS 18'. This dissertation has quantitatively and economically analyzed various strategies and energy management of a zero-emission shopping mall with the integration of zero-emission shuttle buses. Therefore, the interest in promoting zero-emission buildings has been increased in Hong Kong to reduce carbon dioxide emissions from buildings and relieve the severe situation of global warming.

Each building consumes electrical energy due to various building services, and the major type of electricity generation (burning fossil fuel) in Hong Kong emits a huge amount of greenhouse gases. Hong Kong is a modern metropolis, consisting of a large number of buildings. Techno-economic analysis of a zero-emission shopping mall with integration of zero-emission shuttle buses Department of Building Services Engineering

Trnsys for siu