To prepare for the urban development of 2.5 billion people by 2050, the development of low-carbon, resilient, and liveable urban settlements is crucial. Not only do metropolises contribute to global climate change by rapidly emitting and increasing emissions but they themselves are very fragile and vulnerable to these changes. The purpose of this study is to optimize a model for the development of renewable energies in Tehran City and its application in different sectors to achieve sustainability. The research method is according to the type of the applied-developmental study. Information is based on documentation and field methods. Data were collected using a questionnaire from 76 experts and analysed using MICMAC software. The results indicate the fact that the use of public and specific stimuli and incentives for electricity producers to use renewable energy will accelerate the development of renewable energy at the urban level. In order to improve the existing situation, the unsustainable model can be offered to change the situation in favour of the use of new energy at the regional level. Based on the research results, in general, patterns of deployment and development of renewable energies are grouped into five main groups: the use of financial instruments, the use of legal instruments, the development of technology, education and awareness-raising that urban sustainability in the energy sector can be considered based on these four pillars.

To prepare for the urban development of 2.5 billion people by 2050, the development of low-carbon, resilient, and liveable urban settlements is crucial. Not only do metropolises contribute to global climate change by rapidly emitting and increasing emissions but they themselves are very fragile and vulnerable to these changes. T

• he purpose of this study is to optimize a model for the development of renewable energies in Tehran City and its application in different sectors to achieve sustainability. The research method is accor
• ding to the type of the applied-developmental study. Inform
• ation is based on documentation and field methods. Data were collected using a questionnaire from 76 experts and analysed using
• MICMAC software. The results indicate the fact that the use of public and specific stimuli and incentives for electricity produ
• cers to use renewable energy will accelerate the development of renewable energ
• y at the urban level. In order to improve the exis
• ting situation, the unsustainable model can be offered to change the situ
• ation in favour of the use of new energy at the regional level. Based on the research results, in general, patterns of deployment a
• nd development of renewable energies are grouped into five main groups: th
• e use of financial instruments, the use of legal instruments, the development of technology, education and awareness-raising that urban sustainability in the energy sector can be considered based on these four pillars.

December 9 (Renewables Now) - Woodside Energy Ltd has secured land to develop a modular hydrogen facility in the US with an initial capacity of 290 MW, which will produce fuel for the local trucking sector.

Woodside said on Tuesday that it has signed a lease and option agreement to purchase 94 acres (38 hectares) of vacant land in Ardmore,

• Oklahoma to develop the proposed H2OK project, subject to approvals. It will produce 90 tonnes per day (tpd) of liquid
  • hydrogen, using power from Oklahoma’s existing network, a large portion of which is derived from wind. Remaining emissions
• will be offset through renewable energy certificates to ensure this is a net-zero project.

1. The facility's output can double under plans to expand it up to 550 MW.
2. The Australian firm has finalised preliminary design and is
3. evaluating tenders to kick off front-end engineerin
4. g design by end-2021. A final investment decision is targeted for the second half of 2022, with the site set to begin productio
5. n in 2025.

Test Event 5

test event