Estêvão Pale

Estêvão Pale

politician Mozambique

Estêvão Pale is the Minister of Mineral Resources and Energy of Mozambique. He recently made headlines during a regional meeting in Botswana, where he advocated for investment in energy interconnection to enhance energy security and maximize the potential of renewable energy resources in Africa. Pale highlighted Mozambique's significant projects, such as the Mphanda Nkuwa Hydroelectric Plant and the Temane Thermal Power Station, which are expected to generate approximately 2000 megawatts in the coming years, contributing to both national and regional energy needs.

Global Media Ratings
Dominance
0.00%
Persistence
1 wks
Reach
155,570
Power
75$
Sentiment
6.00
Countries Mentioned
Country Mentions Sentiment Dominance + Persistence x Population = Reach x GDP (millions) = Power
Mozambique 1 6.00 0.45% +10% 31,255,435 155,570 $15,000 75$
Totals 1 31,255,435 155,570 $15,000 75$
Interactive World Map

Each country's color is based on "Mentions" from the table above.

Recent Mentions

Mozambique Mozambique: Estêvão Pale is the minister of Mineral Resources and Energy in Mozambique. 7

Jornal Notícias – main daily newspaper in Mozambique: Banco Mundial reforça apoio ao sector da Energia

Mozambique Mozambique: Estêvão Pale is the Minister of Mineral Resources and Energy in Mozambique, discussing new regulations for the energy sector. 8

Jornal Notícias – main daily newspaper in Mozambique: Novo regulamento para concessões de energia

Mozambique Mozambique: Estêvão Pale is working with commercial banks to address issues related to the issuance of guarantees for fuel distribution companies. 7

Jornal Notícias – main daily newspaper in Mozambique: IMPORTAÇÃO DE COMBUSTÍVEIS: Buscam-se soluções para garantias bancárias

Mozambique Mozambique: Estêvão Pale is the Minister of Mineral Resources and Energy in Mozambique, advocating for investment in energy interconnection. 8

Jornal Notícias – main daily newspaper in Mozambique: NUMA REUNIÃO REGIONAL NO BOTSWANA: País defende investimento na interconexão energética