In Georgia, many rural households use wood for energy — particularly to heat their homes In February, an IEA team travelled to Georgia to see citizens' energy challenges first-hand & discuss the innovative technologies that can serve as solutions More 📺👉 https://iea.li/4bnCd4G
That's right: "Every country faces their own specific challenges for the transition". This means that technology neutrality shoulb always be applied when speaking about energy transtion.
Thanks for the topic.
In mountainous areas in which fuel transportation is expensive and unreliable, #solar electric #cooking and heating can help reduce #biomass burning. When the sun is not shining, high efficiency wood or pallet burning #improvedstoves should be used because black carbon particulate will accelerate melting of ice caps. This is important for the people living in #Georgia as well as us that need more ice-cover for the water supply and reduced global warming. Assuming solar electric cooking is applicable in 70% of the time, and the improved wood-burning stove has 3 times the efficiency of open-fire cooking, the overall of biomass needed is only 10% of the original, which can be provided from biomass wastes.
In Georgia, many rural households use wood for energy — particularly to heat their homes In February, an IEA team travelled to Georgia to see citizens' energy challenges first-hand & discuss the innovative technologies that can serve as solutions More 📺👉 https://iea.li/4bnCd4G
Some of our latest work about the surprising technology at the centre of the energy transition in Georgia. You can watch the full video here: https://lnkd.in/eAXC6haR
In Georgia, many rural households use wood for energy — particularly to heat their homes In February, an IEA team travelled to Georgia to see citizens' energy challenges first-hand & discuss the innovative technologies that can serve as solutions More 📺👉 https://iea.li/4bnCd4G
More efficient stoves make a big difference, but the biggest transformation in heat distribution and fuel use would come from fitting a Recoheat to every stove! The powered, heated airflow from the Recoheat overcomes the problem of poor heat circulation from stoves, and means that distribution doesn't rely on heat-powered convection, so fuel use is significantly reduced.
In Georgia, many rural households use wood for energy — particularly to heat their homes In February, an IEA team travelled to Georgia to see citizens' energy challenges first-hand & discuss the innovative technologies that can serve as solutions More 📺👉 https://iea.li/3WnsJkB
The IEA is bringing attention to the issue of rural #energypoverty in Georgia, shedding light on a significant challenge that continues to affect many communities. More on the issue: https://lnkd.in/d3D_VCnc
In Georgia, many rural households use wood for energy — particularly to heat their homes In February, an IEA team travelled to Georgia to see citizens' energy challenges first-hand & discuss the innovative technologies that can serve as solutions More 📺👉 https://iea.li/3WZEoHS
This American Public Power Association (APPA) article explores public power utilities that are pursuing a diverse range of strategies and tactics to modernize their systems and reduce their environmental impact while keeping electricity affordable and reliable. GDS client Henderson Municipal Power & Light is highlighted, discussing their energy transition journey and what the future looks like https://hubs.ly/Q02y9m9s0
I recommend that document FUTURE ENERGY PATHWAYS GUIDANCE https://lnkd.in/eAijeviM
To achieve a clean energy future, we need to triple our electricity usage. But first, we need to rebuild our electricity grids, which requires significant policy reform. Learn more about the Electricity Grand Challenge in the State of the Transition: https://nt-z.ro/48VlWDs
This thinking is so 1889! Not to be downer here, but today is the day we need to gut check our collective selves. I implore all to begin innovating outside the confines of existing infrastructure! Contrary to Breakthrough Energy tagline thought here, we don't "need to first rebuild our electricity grids." Perhaps retrofit them with advanced technology available on the market today, sure! Even then, that is only an idealistic, albeit predictably obsolescent approach to fix to our planet's temperature rise. If we don't fast track "imagined innovative advanced energy and propulsion" concepts, it's not going to matter when 2/3 of the planet is on fire, our atmosphere is consuming the remainder of so -called "advanced" life forms, and our oceans are drowning the last of the 1% with the economic resources to live day in day out under the imprisonment of oxygen masks. A world in lockstep with the "universal force" governing our planet is the only means of advancing upon a faded newtonian industrialized approach to energy generation and utilization. Reach Collectron Energy directly if you dare to think outside of handcuffed innovation to actually make a difference! We'd love to talk with you about your ideas matched with our ideas for our ongoing deployment of distributed energy resources.., aka... Grand Challenge.
To achieve a clean energy future, we need to triple our electricity usage. But first, we need to rebuild our electricity grids, which requires significant policy reform. Learn more about the Electricity Grand Challenge in the State of the Transition: https://nt-z.ro/48VlWDs
Exciting news! The U.S. Department of Energy (DOE) has released the National Definition of a Zero Emissions Building: Part 1 Operating Emissions. Part 1 lays the foundation for zero emissions buildings by identifying baseline criteria for zero operating emissions buildings. Learn more about this important announcement and access the criteria: https://bit.ly/3yQfrF4
Recent proposals like the EPA Power Plant Rule put reliable energy at risk. We need policymakers to prioritize rational public policy that recognizes the importance of always available energy resources. Learn more about the importance of supporting commonsense energy policies: https://bit.ly/3KQLOH0
Electronic engineer, entrepreneur, inventor, innovation strategist.
3moIn mountainous areas in which fuel transportation is expensive and unreliable, #solar electric #cooking and heating can help reduce #biomass burning. When the sun is not shining, high efficiency wood or pallet burning #improvedstoves should be used because black carbon particulate will accelerate melting of ice caps. This is important for the people living in #Georgia as well as us that need more ice-cover for the water supply and reduced global warming. Assuming solar electric cooking is applicable 70% of the time, and the improved wood-burning stove has 3 times the efficiency of open-fire cooking, the overall biomass needed is only 10% of the original, which can be provided from biomass wastes.