EU Carbon €67.42 +2.1%
US REC (National) $3.85 -0.8%
UK Baseload £48.20/MWh +5.3%
DE Grid Load 58.2 GW -1.2%
US Solar Cap 192.4 GW +0.4%
EU Wind Output 142.8 TWh +3.7%
EU Carbon €67.42 +2.1%
US REC (National) $3.85 -0.8%
UK Baseload £48.20/MWh +5.3%
DE Grid Load 58.2 GW -1.2%
US Solar Cap 192.4 GW +0.4%
EU Wind Output 142.8 TWh +3.7%
Wind turbines at dusk

Data-Driven Energy Analysis

How the world's energy systems actually work

Analysis of power grids, data center energy, and renewable infrastructure. No spin, just data.

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AI & Data Centers

Data center energy analysis and insights on the power demands of modern computing infrastructure. We cover electricity consumption trends, power usage effectiveness (PUE), cooling efficiency, and the growing energy footprint of cloud services, AI training, and hyperscale facilities.

AI & Data Centers

PowerX Unveils “PowerX Energy Blade,” a Rack-Mounted Battery Energy Storage System for Data Centers

The recent unveiling of the “PowerX Energy Blade,” a rack-mounted battery energy storage system, marks a significant development in the energy storage sector,...

AI & Data Centers

PowerX Unveils “PowerX Energy Blade,” a Rack-Mounted Battery Energy Storage System for Data Centers

The recent announcement by PowerX, Inc. regarding the launch of the “PowerX Energy Blade,” a rack-mounted battery energy storage system tailored specifically for...

AI & Data Centers

“Embed” data centers deep in the sea for greener computing power

The recent announcement of the Shanghai Lin-gang Underwater Data Center marks a significant development in sustainable computing and energy efficiency. This ambitious project...

AI & Data Centers

JinkoSolar Globally Launches AIDC Modules for Data Centers

On March 22, 2026, JinkoSolar made a significant stride in renewable energy by launching its new Advanced Integrated Data Center (AIDC) modules, tailored...

AI & Data Centers

What Is Liquid Cooling for Data Centers? How Immersion and Direct-to-Chip Systems Work

Why Data Centers Need Liquid Cooling Traditional data centers use air cooling, where fans push cold air through server racks to absorb heat...

AI & Data Centers

What is PUE? The Complete Guide to Power Usage Effectiveness

Key Takeaway PUE measures how efficiently a data center uses energy. A PUE of 1.0 is perfect (all power goes to IT equipment),...

AI & Data Centers

What Is Edge Computing? How Processing at the Network Edge Changes Infrastructure

What Edge Computing Means Edge computing is an architectural approach that moves data processing and storage closer to where data is generated and...

AI & Data Centers

What Is Data Center Water Usage? The Hidden Resource Demand

Why Data Centers Use Water Water is one of the most efficient and cost-effective mediums for removing heat. Many data center cooling systems...

AI & Data Centers

How Data Centers Connect to the Power Grid: Utility Interconnection Explained

Why Grid Connection Is the Bottleneck A data center is only as useful as its power supply. Before a single server can be...

AI & Data Centers

What Is Data Center Redundancy? Understanding N+1, 2N, and Tier Ratings

What Redundancy Means in Data Centers Redundancy in a data center means having backup components and systems that can take over if primary...