Fewer and Fewer countries are self sufficient in Oil.

Denmark used to be a major exporter producing some 400 000 Barrels/day back in 2004. Now down to just 70 000 Barrels a day and it needs 150 000 Barrels/day - so it has to import oil now.

Romania down from 300 000 Barrels/day in the 70s to 50 000 now.

The UK - also a major exporter until two decades ago - down from 2.8 Million Barrels/day to 600 000/day between 1998 and 2026.

Indonesia another previous major exporter went down from 1.7 Million Barrels in 1977 to 600 000 Barrels in 2026. Bali is now experiencing oil shortages while it used to export oil half a century ago.

During the last half century, several dozen countries have reached Peak Oil and produce only a fraction of their peak production.

Yet when we talk about Peak Oil globally, many people claim that we can never reach it because we will find always new oil.

Seems like denial to me.

Many countries have used up most of the oil they have and have not found any additional reserves.

Many others are projected to run out within the next 10-15 years.

Oil is getting harder to extract because we have used up the easiest to get oil.

To claim that we will always find new reserves (that are worth/economical to extract) and therefore Oil can run out in individual countries but never globally, seems like delusion to me.

Samsung SDI will supply 1 GWh of US-made battery storage for projects serving the Western US and Texas power markets, with cells produced at its Indiana joint-venture plant. Its new 20-foot battery container reportedly offers 17% higher energy density, a 25-year service life, direct fire-suppression technology, and AI-based fault monitoring. Could domestic production and longer-lasting systems meaningfully improve grid reliability, or will project cost remain the bigger barrier?

President Donald Trump said in an Oct. 22 proclamation that imports of wind turbines constitute a national security threat, but he did not place any tariffs on the industry.

The proclamation stems from a Section 232 probe into wind turbine imports launched by Commerce Secretary Howard Lutnick in August 2025. Following the conclusion of the probe, Trump directed Lutnick and US Trade Representative Jamieson Greer to pursue negotiations designed to address the national security issues and report back to the White House in 180 days, according to the proclamation.

We're an early-stage Microgrid-as-a-Service (MaaS) startup with no established engineering team or funding secured yet. Our technical experience is primarily in controls system design.

We're trying to understand how companies in this space typically approach electrical engineering during the early stages of project development.

Would it be common for a startup in our position to engage an experienced electrical power engineering consulting firm for preliminary technical feasibility assessments and conceptual microgrid design?

Or is this type of engineering typically handled in-house?

I'd appreciate any insights from people with experience in microgrid development, electrical power engineering consulting, or EPC projects, particularly regarding how startups approach this before having the resources to build an internal engineering team.

When energy prices rise, the impact on businesses often shows up later than expected. Suppliers may have fixed-price energy contracts, hedging arrangements, or existing inventory that temporarily shields them from higher costs. But when those protections expire, buyers can face price revision requests just as their own budgets are being finalized.

The challenge for procurement teams is figuring out which increases are justified and which need closer scrutiny.

A few things worth considering:

• Not every supplier faces the same exposure. Energy-intensive industries such as chemicals, steel, glass and packaging may face different cost pressures depending on their production locations and energy contracts.
• A supplier’s price increase deserves a cost breakdown. Energy, raw materials, labour and freight should be assessed separately to understand what is actually driving the change.
• Contract timing matters. Reviewing renewal dates, price-adjustment clauses and surcharge mechanisms before negotiations begin can help buyers avoid unexpected costs.
• Diversification has limits. Switching suppliers may look attractive on price, but qualification costs, lead times and supply continuity also matter.

The key takeaway is that procurement teams shouldn’t wait for price-increase notices to start assessing their exposure. Scenario planning and evidence-based negotiations can help protect budgets without damaging critical supplier relationships.

For those working in procurement or supply chain management: How do you handle supplier price increases linked to energy costs? Do you rely on index-linked contracts, detailed cost breakdowns, or long-term agreements to manage the risk?

dorsing the Russian-linked financing arrangements reported in connection with Polar LNG.

My question is whether Alaska's resources and Korea's industrial capabilities could be combined to create lasting benefits for both economies.

Such a partnership could eventually extend beyond LNG to shipping, ports, logistics, and two-way trade across the North Pacific.

I would like to hear your thoughts on three simple questions:

1. Which LNG development approach makes more economic sense for Alaska, and why?
2. How could Alaska and South Korea work together so both benefit?
3. Could this partnership create new opportunities beyond LNG, such as shipping and trade?

I welcome different opinions, especially from people familiar with Alaska, energy development, shipping, or international trade.

Note: English is not my first language. The ideas and opinions in this post are my own. I used AI to help express them more clearly in English.