Gain comprehensive insights into the statistics and metrics surrounding the solar production industry in Bahrain
Bahrain enjoys over 3,350 hours of sunshine annually.1 Daylight hours in Manama fluctuate between 10.5 and 13.8 hours, with sunshine durations ranging from 7.3 to 11.3 hours.2
A domestic rooftop PV system study in Bahrain recorded a maximum daily specific yield of 6.12 kWh/kWp under optimal conditions. 3 On average, the annual yield is estimated to be 1,600-1,700 kWh per kWp installed.4
In Bahrain, electricity costs about $0.042 per kilowatt-hour (kWh) for homes and $0.077 per kWh for businesses (for usage over 5,000 kWh). However, the government provides a subsidy for Bahraini households, which means they pay as little as $0.008 per kWh for the first 3,000 kWh they use each month.5
Bahrain’s electrical grid is generally reliable. The country generates approximately 36 billion kWh of electricity annually, exceeding its consumption of 34.52 billion kWh, signifying a generation capacity covering 103% of the national demand.6
The Electricity and Water Authority (EWA) has also implemented a grid modernization program, leading to a 5% reduction in power outages.7
As of June 2023, Bahrain’s installed solar power capacity is 57 MW.8
Bahrain’s National Renewable Energy Action Plan (NREAP) targets 200 MW of installed solar capacity by 2025 and 400 MW by 2035. These goals aim to achieve 5% and 20% of total electricity from renewables, respectively.9
Representing over 99% of Bahrain’s electricity generation,12 the levelized cost of electricity (LCOE) for natural gas in Bahrain is approximately $0.074 per kWh.10
The LCOE for solar PV is projected to be $0.049-$0.063/kWh in 2025 and $0.036-$0.055/kWh by 2035. This is significantly lower than the actual cost of electricity from conventional sources.11
The average LCOE for offshore wind farms in Bahrain is estimated at $0.12/kWh in 2019.11
As of 2022, natural gas constitutes 99.97% of Bahrain’s electricity generation. Solar energy contributes only 0.03% but is expected to increase significantly with new projects.12
The EWA provides uninterrupted electricity services, making electricity generally available 24 hours a day.13
While specific figures for residential installations are limited, the government has installed solar panels on 10 homes as part of a pilot project.3 Additionally, solar panels have been installed in several schools and malls.14
Currently, a limited number of solar farms are operational in Bahrain. Four notable installations include: Tatweer Petroleum,15 Bapco,16 Dragon City,61 Imerys Solar Plants.17
Several solar projects totaling 218 MW are currently under implementation, indicating significant growth in Bahrain’s solar energy capacity.18
The off-grid market in Bahrain is currently relatively small due to the widespread availability of the grid electricity. However, there are some areas without a power system, creating a need for off-grid solutions.19
While specific figures are limited, there is evidence of off-grid solar adoption in the commercial sector. For example, GAC Bahrain installed over 550 solar panels on its warehouse, indicating a trend towards solar adoption even in grid-connected areas.20
The off-grid solar market in Bahrain is expected to expand gradually. This expansion is driven by factors such as growing understanding of the benefits of solar energy and the adoption of net metering policies.
These policies enable people with solar panels to sell surplus electricity back to the power company. This can make solar power more appealing for homes and businesses. Furthermore, initiatives to install solar panels on rooftops will contribute to this growth.3
The on-grid market for solar panels in Bahrain is experiencing significant growth, driven by government initiatives and increasing awareness of the advantages of solar power. In August 2022, the Ministry of Electricity and Water Affairs launched an international tender inviting proposals for grid-connected solar PV projects with a minimum total capacity of 72 MW.11
Bahrain aims to have a total of 250 MW of grid-connected solar generation capacity by 2025.21
As of September 2024, the population of Bahrain is approximately 1.6 million.25
Overhead costs for solar panel production in Bahrain can vary based on several factors, but here’s a general breakdown:
Bahrain’s energy infrastructure is currently heavily reliant on natural gas for electricity generation and other energy needs. However, the country is actively pursuing a transition towards a more sustainable energy future by incorporating renewable energy sources, particularly solar power.30
Key Features of Bahrain’s Energy Infrastructure:
Bahrain has implemented several regulations to promote solar panel production and the adoption of renewable energy. Key policies and frameworks include:
Bahrain actively encourages solar panel production and renewable energy development through various initiatives, including:
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