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The Caribbean generates 91% of its electricity from fossil fuels – the vast majority of which is imported. This dependence leaves the region highly exposed to global price shocks, which can trigger inflation and higher household bills 📈 ember-energy.org/lat...

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Nearly HALF of the 26,400 lives lost due to ozone formed from coal mine #methane can be SAVED with technology that already exists. ✅ Both pre-drainage and ventilation air methane oxidation are commercially proven. 🫁 Deployed together, they could prevent ~12,600 deaths ember-energy.org/lat...

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Which parts of Britain are benefiting most from electrotech? 👀 Wales is leading on rooftop solar, batteries and heat pumps. Scotland’s a close second 🏴󠁧󠁢󠁷󠁬󠁳󠁿🏴󠁧󠁢󠁳󠁣󠁴󠁿 By playing to local strengths, Britain can electrify faster and benefit sooner. ember-energy.org/lat...

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Indonesia’s coal shipments to Japan in 2024 were read 3 different ways: 🇮🇩 39% coking (Indonesian Customs) 🇯🇵 52% for coking (Japan Customs) 🏭 2% metallurgical (Kpler Commercial) ember-energy.org/lat...

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NEW | The Caribbean has installed almost TWICE as many solar panels as officially recorded between 2021 and 2024 ☀️ Energy sovereignty is within reach, but policy barriers are delaying the shift away from costly fossil imports. ember-energy.org/lat...

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European suppliers can control flexible home devices, but how do they get households to join and stay? Find out in this webinar with Ember, Delta Green and Fortum as we discuss scaling home batteries, EV charging & heat pumps by 2030. Register here 👉 luma.com/92yqtgdh

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More than half of the deaths linked to ozone formed from coal mine #methane trace back to a single country. China’s coal sector accounts for an estimated 20,100 deaths globally that can be prevented over the coming decades – more than the rest of the world combined 🫁☢️ ember-energy.org/lat...

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Ember @ember-energy.org · 30/09/2026

🚨 NEW | Coal delivered to Japan's steel mills in 2024 carried MORE THAN QUADRUPLE the country’s reported energy sector methane 📉 Ember estimates that 308 kt of CH4 was released during mining of the coal used in 11 blast-furnace steel mills in Japan. ember-energy.org/lat...

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"British households pay for fossil fuel dependence every day at the pump, every summer through heat waves and every year through economy-wide inflation," says Frankie Mayo. Electrotech protects homes from fossil fuel volatility – cutting costs AND emissions. ember-energy.org/lat...

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Ember @ember-energy.org · 30/09/2026

NEW | Coal mine #methane emissions will lead to an estimated 26,400 preventable deaths over coming decades 🫁 Methane drifts across continents, reacting with sunlight to form ground-level ozone – a respiratory toxin with no safe exposure limit ☢️🌐 ember-energy.org/lat...

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Ember @ember-energy.org · 30/09/2026

The fossil fuel share of final energy has already peaked across most of China’s industrial sectors. In light manufacturing, electricity now supplies THREE-QUARTERs of the sector’s final energy consumption ⚡ ember-energy.org/lat...

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Ember @ember-energy.org · 29/09/2026

Full results from the poll commissioned by the Global Methane Hub 👇 www.globalmethanehub...

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Ember @ember-energy.org · 29/09/2026

Solar is meeting a growing share of global electricity, but delivering almost all of it at midday ☀️ Join Ember's Kostantsa Rangelova at the World Energy Storage Conference to unpack how batteries change that – bringing clean power to non-sunny hours. www.w-esc.com

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Ember @ember-energy.org · 29/09/2026

Off-grid captive power is powering Indonesia’s industrial facilities in remote regions – yet they are overwhelmingly coal-fired. Ember estimates that captive power supplied 161 TWh of electricity to Indonesia’s industrial sector in 2025 – 12% more than official accounts.

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Ember @ember-energy.org · 28/09/2026

#MethaneMonday | Japan built the playbook for methane transparency in imported gas, then left coal out of it, despite steelmakers’ coal carrying ~308 kt of methane a year – 4.6x Japan’s reported domestic energy sector methane 🇯🇵💨

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Ember @ember-energy.org · 28/09/2026

Indonesia’s nickel sector used 81 TWh of captive power in 2025, with 90% coming from coal. Solar paired with a battery storage can supply industrial power needs. The pulp and paper sector have shown this in 2025 as it used 70 GWh of captive solar. ember-energy.org/lat...

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Ember @ember-energy.org · 27/09/2026

To power the remote smelters in Sulawesi and North Maluku, operators have built captive fleets. 📉 Nickel processing alone accounted for over 81 TWh of captive power in 2025 🏭 Over 94% of that electricity was coal-fired ember-energy.org/lat...

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Ember @ember-energy.org · 26/09/2026

Industrial output data shows that captive coal generation adds up to 60% on top of grid-connected coal power in Indonesia 📈 Ember’s new methodology adds a bottom-up approach to show the full picture of 🇮🇩’s fossil use and decarbonisation progress. ember-energy.org/lat...

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Ember @ember-energy.org · 26/09/2026

China leads in fusing the infotech and electrotech revolutions as one industrial advantage to gain a competitive edge. Since 2010, it has doubled electricity supply, increased EVs to 60% of new car sales, and built the world’s largest automation fleet. ember-energy.org/lat...

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As AI booms, there’s a surge in energy demand to power data centres – and turning to gas is a slow and costly solution. #Electrotech like solar modules and battery systems are quick to deploy and increasingly cheaper to deliver power. ember-energy.org/lat...

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Rooftop solar is taking off in the UK 🏠☀️ OVER SIXTY UK parliamentary constituencies now have rooftop solar on more than a tenth of all homes. This is a huge jump from just 5 constituencies in 2022 🇬🇧 ember-energy.org/lat...

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Captive power generated 161 TWh of electricity for Indonesia’s industrial sector in 2025 – with coal supplying the most captive generation (134 TWh) 🪨 Incomplete captive data could create a potential blindspot in tracking 🇮🇩’s #energytransition ember-energy.org/lat...

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太陽光発電は送電開始まで1年未満で可能となる場合があります ☀️ 安価で早く整備できる太陽光はアジア地域の加速する電化を後押しします⚡ ▼アジアにおけるエレクトロテックのレポート（和訳版）はこちら 👇 ember-energy.org/ja/...

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Solar can begin delivering electricity in under a year ☀️ With no massive upfront investment, solar’s quick and cheap installation costs could enable rapid electrification in Asia⚡ Access to the slidedeck in English 👇 ember-energy.org/lat...

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NEW | Indonesia’s off-grid captive coal generated 134 TWh in 2025 – equivalent to 58% of the 233 TWh generated by on-grid coal 🪨 Ember estimated that captive power supplied 81 TWh to the nickel processing sector, with over 90% coming from coal. ember-energy.org/lat...

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How do you protect modern energy systems from drone strikes? DERfence 🛡 A typical attack drone can knock out an oil refinery offline for months. Meanwhile, a distributed rooftop solar system is cheaper to build, and takes less than a month to fix. ember-energy.org/lat...

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⏰ 本日｜Emberの最新レポート公開前ウェビナー『メタンにラベリングは通用しない：輸入LNGでは問われ、輸入石炭では問われない日本のメタン管理』が後ほど開催されます。日時：本日 15:00〜（東京時間） ※英語配信（チャットで日本語要約あり・後日日本語字幕版アーカイブ共有）皆様のご参加をお待ちしております！参加登録： ember-energy.org/lat...

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⏰ TODAY | Join us for a new analysis on Japan's major opportunity to lead on steel decarbonisation. We'll explore how extending its existing gas governance to coal can cut methane emissions and financial risk from its supply chain. Register: ember-energy.org/lat...

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A digital, electric system offers more information and energy potential per person than their analogue, fossil counterpart. The infotech and electrotech revolutions are opening an era of abundance. Countries building on both will lead the Age of Power. ember-energy.org/lat...

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#5: Opportunity 📈 Britain can move faster to reduce energy bills – pursuing electrification and cheaper electricity rates as twin approaches to secure, clean and low cost energy. Read the full analysis 👇 ember-energy.org/lat...

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#4: Regional strengths 🗺️ A place-based approach, playing to local strengths and unlocking local barriers, can accelerate the transition and deliver benefits faster. For example, targeting heat pump deployment at the 4.8 million homes off the gas grid can accelerate uptake.

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#3: Uptake 🏠 Homes are already transitioning in response to recent energy crises. ☀️ Over 60 constituencies have rooftop solar on over 10% of all homes – up from just 5 in 2022, 🔋 and home batteries are present in roughly HALF of all new UK home solar installations. 4/6

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#2: Benefits ⚡ Clean electrotech brings: ✅ Daily fuel cost savings 📉 Clean air and lower carbon emissions 💷 A buffer against price volatility 🏠 Improved home comfort. Modern electric homes are 10x better protected from price shocks, with lower bills and less pollution. 3/6

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#1: Exposure 🛡️ The UK has cut fossil fuels for electricity, but homes remain dependent on oil and gas for heating and transport. This exposes every household to ongoing global price shocks and inflation. 2/6

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Plugging in modern, renewable-powered electrotech to cut oil and gas dependence is a vital strategy to fortify British energy bills. Here are five key factors shaping this shift to electro-fortification 👇 🧵 1/6

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⏰ TODAY | Join us for the launch of our new analysis on Britain’s MAJOR opportunity for electro-fortification. We'll explore how solar, batteries, electric vehicles and heating can cut household bills and emissions by reducing dependence on fossil fuels. us02web.zoom.us/webi...

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Modern electric homes are TEN TIMES better protected from energy price shocks and can have far lower, more stable energy bills. 🗣 "Modern household electrotech is protective armour for homes: stabilising bills at the same time as cutting carbon," says analyst Frankie Mayo. 3/4

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The transition is happening now. Home batteries are already present in around HALF of all new UK home solar installations. 🔋 And over 60 parliamentary constituencies already have rooftop solar on over 10% of all homes. That's up from just 5 constituencies in 2022. 📈 2/4

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