chore: integrate mdx validation and fix syntax errors in blog posts

data/blog/en/green-energy-starts-underground-and-with-a-plan.mdx

@@ -31,19 +31,12 @@ Integrating wind farms into the power grid requires a systemic approach. Sound p
 Professional planning not only ensures security of supply, but also reduces operating costs in the long term and enables flexible responses to grid requirements.
 You can find more information here on how wind energy basically works:
 
-<VisualLinkPreview 
-  url="
 <VisualLinkPreview 
   url="https://www.e-werk-mittelbaden.de/wie-funktioniert-windenergie"
   title="Wie funktioniert Windenergie? - Einfach erklärt | E-Werk Mittelbaden"
   summary="Erfahren Sie, wie Windenergie funktioniert und wie sie zur nachhaltigen Energieversorgung beiträgt. Jetzt informieren!"
   image="https://www.e-werk-mittelbaden.de/sites/default/files/media_image/2024-12/DJI_20231105012629_0029_D-HDR.jpg"
 />
-"
-  title="Wie funktioniert Windenergie?"
-  summary="- Einfach erklärt | E-Werk MittelbadenErfahren Sie, wie Windenergie funktioniert und wie sie zur nachhaltigen Energieversorgung beiträgt. Jetzt informieren!"
-  image="https://www.e-werk-mittelbaden.de/sites/default/files/media_image/2024-12/DJI_20231105012629_0029_D-HDR.jpg"
-/>
 <blockquote>
 **Those who want to transport climate-friendly energy must also build in a climate-conscious way.**
 </blockquote>
@@ -60,19 +53,12 @@ A well-considered dismantling does not begin with removal, but with a **forward-
 This is not only about **ecological aspects** – a planned dismantling also makes sense **economically**. Projects that are **systematically designed for dismantling** avoid high **disposal costs** and meet future **regulatory requirements** much more easily.
 Overall, it becomes clear: **Sustainability does not end at the grid connection.** It covers the **entire life cycle** – right up to the **last recycled cable**. Those who think about **infrastructure holistically** think it through **to the end**.
 In the following article, you can find out how, for example, wind turbines are recycled:
-<VisualLinkPreview 
-url="
 <VisualLinkPreview 
   url="https://www.enbw.com/unternehmen/themen/windkraft/windrad-recycling.html"
   title="Recycling von Windrädern | EnBW"
   summary="Wie funktioniert das Recycling von Windrädern? Erfahren Sie mehr über Herausforderungen und die neuesten Methoden."
   image="https://www.enbw.com/media/image-proxy/1600x914,q70,focus60x67,zoom1.45/https://www.enbw.com/media/presse/images/newsroom/windenergie/rueckbau-windpark-hemme-3_1743678993586.jpg"
 />
-"
-title="Recycling von Windrädern | EnBW"
-summary="Wie funktioniert das Recycling von Windrädern? Erfahren Sie mehr über Herausforderungen und die neuesten Methoden."
-image="https://www.enbw.com/media/image-proxy/1600x914,q70,focus60x67,zoom1.45/https://www.enbw.com/media/presse/images/newsroom/windenergie/rueckbau-windpark-hemme-3_1743678993586.jpg"
-/>
 ## Reliable Grids Don&#8217;t Happen by Accident
 The **requirements** for today’s **energy grids** are constantly **increasing**. Especially for wind power projects realized in remote or structurally weak regions, a stable grid design is crucial. It is no longer enough to transmit power from A to B. The **infrastructure** must also work in unforeseen situations – during peak loads, maintenance or external disruptions.
 This **resilience** cannot be retrofitted. It must be considered right from the planning stage. **Grid architecture** that can flexibly respond to different operating situations is not a technical extra, but a fundamental part of **sustainable project development**. The ability to switch, use alternative routes, or throttle power without causing supply outages is particularly important.