/r/Renewable
Renewable: Any and all discussion about renewable technologies and trends for the future and the now.
Energy, environment, economics, greenwashing, research, depopulation, peak oil, biofuels, wind, solar, geothermal, fusion, hydro - you name it.
Unrestricted discussion of whether all of those even fit in here!
Related Subreddits | |
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/r/RenewableEnergy | /r/Solar |
/r/Energy | /r/Biomass |
/r/Wind | /r/Solar |
/r/Green | /r/Permaculture |
/r/Environment | /r/Futurology |
/r/Askscience | /r/Climate |
/r/Renewable
Not sure what the right sub to ask this is, but I'm curious what technology exists to absorb some of the energy released during a lightning strike, and how that might work.
Would there be any drawbacks if any of building a regular wind farm and covering the floor with solar panels?
Also, on another note, have venturi tunnels ever been used to get a better energy output in wind farms?
They manufacture some of the most efficient solar panels available in 2024. Check out the list.
https://pvbuzz.com/guide-to-the-solar-panel-technology-of-2024/
I continually hear that fossil fuels kill more birds than wind turbines. How do fossil fuels kill birds? Is it from production of toxic fumes during extraction?
What are some of the good certifications for MS students in Energy systems aiming for energy engineer, and energy efficiency roles?
I'm considering pursuing a Master's degree in Renewable Energy in the USA. Given the current situation, would it be advisable to pursue this degree in the USA, or would studying in India be a better option? Additionally, I come from an Electronics and Communication Engineering (ECE) background in my B.Tech. Could anyone provide guidance on the career prospects after completing this Master's program? Will I have good job opportunities upon graduation?
Hi, I'm a volunteer with the organization ClimateChangemakers and we are spreading the word on this on social media, hence me posting this.
Despite the well-documented financial, health, and environmental benefits of electric vehicles, municipalities have lagged in making the switch from conventional to electric fleets. Think maintenance trucks, police cars, snow plows, and shuttle buses. This is largely due to high upfront costs related to vehicle procurement and charging infrastructure.
Prior to the passage of the Inflation Reduction Act (IRA), claiming tax credits was an enormously complex process for local governments. Because cities and counties are not tax-liable entities, big banks would claim tax credits on behalf of local governments, and then pay them less than the value of the credits. Through the IRA, new “direct pay” allows the federal government to give money directly to municipalities for doing something it deems a public good (like decarbonization efforts) instead of making it a tax credit. This makes local decarbonization projects much more affordable and feasible.
Constituents have a role to play in communicating with local elected officials. We can inform policymakers of the eligibility change with direct pay tax credits and urge them to invest early in electric municipal fleets. We can also connect policymakers with helpful resources as they evaluate which vehicles to electrify and how to reduce costs.