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Industrial sector consumes a substantial portion of electrical energy. Building owners persistently believe that combining on-site renewable energy systems to buildings is
Sri Lanka, [a] historically known as Ceylon, [b] and officially the Democratic Socialist Republic of Sri Lanka, is an island country in South Asia lies in the Indian Ocean, southwest of the Bay of Bengal, separated from the Indian
Electricity Cost Reduction of Industrial/General Purpose Customers in Sri Lanka using Solar PV and Battery Storage March 2023 Engineer Journal of the Institution of Engineers Sri Lanka 56(1):2023
Energy Park is a concept initially proposed as an alternative strategy to accelerate wind and solar power development in Sri Lanka. Energy Parks function in the form of a public-private partnership. The main purpose of energy parks
The proposal to develop an industrial harbour in Trincomalee is a long-standing plan to monetise land that belongs to the Sri Lanka Port Authority, by getting foreign and local investment for a special economic zone, an
With sunshine abundant in Sri Lanka, solar provides one of the biggest rays of hope for this green transition. Through its Nationally Determined Contributions, the Sri Lankan government has pledged that 70% of its energy
We also propose the "Top-100 Energy-Consuming Enterprise Program," a proactive policy proposal aimed at significantly enhancing industrial energy efficiency and decarbonization in
Weaknesses One of the most significant drawbacks of the current Sri Lankan energy sector is high economic costs in comparison to the non-renewable energy sector, especially in the short to mid-run.
In the context of Sri Lanka, biomass has been the only native, stable, and primary energy source that has contributed significantly to fulfilling the country's overall energy requirement over centuries (Leelaratne, 2016).
Other applications to Sri Lanka are in the early discussion stages which include the ability to work on green hydrogen technology using excess wind to move from an energy deficit to a surplus situation (Fernando et al., 2023). Wind energy has the potential to be harnessed and transformed into hydrogen using an electrolyze.
The majority of the large hydropower schemes are linked to the Mahaweli and Kelani, and those can be considered Sri Lankan's two main rivers, on which the CEB has produced 1370 MW of large hydro and 20.5 MW of small hydro (Asian Development Bank, 2019).
The findings further reveal that Sri Lanka has transformed from a rural-based economy into an urban-based economy towards manufacturing and services (Ranasinghe, 2022).
The time series analysis complemented this work by identifying how sectors such as transportation and non-renewable electric power generation causing the largest dent in Sri Lanka's effort to achieve the ambitious net-zero goal by 2050.
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