Renewable energy resources in the state of Bahrain
WE Alnaser - Applied Energy, 1995 - Elsevier
Applied Energy, 1995•Elsevier
The annual average long-term solar potential on a horizontal surface in Bahrain was found
to be 408 Wm− 2. The annual mean daily wind power density is 66· 2 Wm− 2. Tidal power is
at a maximum in September and March and reaches 0· 339 and 0· 340 Wm− 2 respectively.
The water current power in Bahrain was estimated to be nearly 552 Wm− 2. This paper
highlights the advantages and the disadvantages of adopting each type of such renewable
technology.
to be 408 Wm− 2. The annual mean daily wind power density is 66· 2 Wm− 2. Tidal power is
at a maximum in September and March and reaches 0· 339 and 0· 340 Wm− 2 respectively.
The water current power in Bahrain was estimated to be nearly 552 Wm− 2. This paper
highlights the advantages and the disadvantages of adopting each type of such renewable
technology.
The annual average long-term solar potential on a horizontal surface in Bahrain was found to be 408 Wm−2. The annual mean daily wind power density is 66·2 Wm−2. Tidal power is at a maximum in September and March and reaches 0·339 and 0·340 Wm−2 respectively. The water current power in Bahrain was estimated to be nearly 552 Wm−2. This paper highlights the advantages and the disadvantages of adopting each type of such renewable technology.
Elsevier