Ba avantages na yo na roulements ya pamba ya IGUS® polymère na ba chaînes ya énergie:
-
oyo ekauki mpe ekoki kopɔla te .
-
Résistants na poussière na bosoto .
-
Extrêmement durable .
-
Kokima mbangu na kimya .
-
Compenser misalignment na ba déflexions .
-
Installation ya pete .
-
Bomoi ya molai koleka .
Ba avantages na yo na roulements ya pamba ya IGUS® polymère na ba chaînes ya énergie:
-
oyo ekauki mpe ekoki kopɔla te .
-
Résistants na poussière na bosoto .
-
Extrêmement durable .
-
Kokima mbangu na kimya .
-
Compenser misalignment na ba déflexions .
-
Installation ya pete .
-
Bomoi ya molai koleka .
Tendance ya développement ya énergie solaire na Sud-Est ya Asie na ba mbula oyo ekoya .
Bosengi ya nguya na Sud-Est ya Asie ezali kokola noki, ekambami na makambo lokola bokoli ya motango ya bato, bopanzani ya bato mpe bopanzani ya baindos na ba industries. liboso ya bomati ya ba pressions ya zinga zinga mpe mitungisi ya bokengi ya nguya, bikolo ya etuka ezali kobalukela ba sources ya énergie renouvelable, mpe énergie solaire esengeli kosala mosala monene mpo na kokokisa bamposa na bango ya énergie na mwa bambula oyo ekoya.
Asie du Sud-Est ezali na ba ressources solaire ebele, na niveau ya likolo ya irradiance solaire na mobu mobimba. Kasi, malgré yango, etuka esali malembe mpo na ko adopter énergie solaire, kaka na mwa ba mboka oyo ezui ba installations solaire ya minene. Ba raisons ya yango ezali na ba barrières ya ba coûts, kozanga ba cadres ya politique mpe ya réglementation, mpe bozangi ya expertise technique mpe makoki ya fabrication locale.
Kasi, likambo yango ezali kobongwana nokinoki. Na bambula oyo euti koleka, ntalo ya tekiniki ya photovoltaïque solaire (PV) ekiti mingi, yango esalaka ete nguya ya moi ezala nzela ya kobenda mingi. Longola yango, bato oyo bayebaki malamu matomba ya pɛto oyo ekoki kobima, na ndakisa kozala na elikya mingi te na biloko oyo eutaka na biloko oyo euti na mabanga ya ntalo, kobongisama ya malamu ya mopɛpɛ, mpe kokitisa ba émissions ya gaz serre{2}}
Governments in the region have begun to put in place policies and regulatory frameworks to support the development of solar energy, including feed-in tariffs, tax incentives, and renewable energy targets. For example, Indonesia aims to generate 23% of its energy from renewable sources by 2025, while Thailand aims to have 20% of its energy consumption come from renewable sources by 2036.
Ezali mpe na bosepeli oyo ezali se kobakisama mpo na kosala makoki ya kosala biloko ya mboka mpo na ba panneaux solaires mpe biloko mosusu, oyo ekoki kosalisa mpo na kokitisa ntalo mpe komatisaka ntalo ya biloko ya moi mpo na basali. Chine ezalaki mosani monene na esika oyo, na bakompanyi ya Chine oyo ezali kotya mbongo mingi na bisika ya kosala biloko ya moi na Sudi-Ɛsti ya Azia{1}}
Momeseno mosusu ya ntina ezali kosalela mingi ba installations solaire oyo ezali na réseau te, mingi mingi na bamboka esika ba infrastructures ya réseau ezali kozanga to ekoki kozala ya kotyelama motema te. ba systèmes solaires oyo ezali na grille te ekoki kopesa courant ya kozala na bondimi mpe ya talo moke na bandako mpe na ba entreprises, kosalisa mpo na kobongisa lolenge ya bomoi mpe kolendisa bokoli ya nkita.
Overall, the future looks bright for solar energy in Southeast Asia. The region has the potential to become a major player in the global solar industry, with its abundant resources and growing demand for clean energy. While there are still challenges to overcome, such as grid integration issues and policy implementation barriers, the trends are moving in the right direction. By embracing solar energy, countries in Southeast Asia can take a major step towards a more sustainable and prosperous future.