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It's kind of a form of regulatory capture. The benefactors of the current paradigm do not want to upset the equilibrium, (or at least they want to “muddle through” it on their own terms). Which is difficult since there are competing interests. So in regard to public interest without some mechanism to facilitate change this will be slow undeliberate process as the “powers that be” attempt manage the disruption, (manage the disruption being a bit of an oxymoron). Think of a Nash Equilibrium where all the participants do not include all the participants or include the environment.

Distributed and peer-to-peer electric energy upsets this paradigm. However, energy retailers, grid operators, power generators are locked in and cannot change unilaterally. Self-centered, mutual and public interest although not mutually exclusive are difficult to rebalance, especially in a closed captured system. This does not imply an open unmanaged system will provide favorable results. Especially if one considers time a significant coefficient in this unbalanced equation, the amount of inertia is already proving too difficult to overcome.

The current debate about privatization verses nationalism or quasi nationalism misses the point. There is so much we could be doing right now if the current profit motive include actual environmental cost. Think of a carbon tax as a reverse value added cost and a method of valuating renewable energy credits. Also, how a carbon tax could make the current equilibrium unprofitable and provide leverage for public and private investment in renewables. Given the time available it is best for public financing to address enabling and fundamental elements and use open competition to deliver services. However, we can never take the environment out of the equation.
My current 12 month debacle to install a ground mount array on poles is a good example of regulatory capture. Simple design submitted a year ago. Continuous delay by building, fire, and regional regulators for a myriad of non-structual, non-functional documentation. No changes to original design required although they did at one point try to get me to hire a local engineer to repeat the engineering calcs.
That's why I won't deal with them again. I'll just DIY simple arrays such as laying the panels on the ground or the Power field buckets. I have two more arrays planned once the inspectors are gone.

Lots of obstruction built into the system.
NREL is attempting to address the problem with Solar app
My local building department isn't interested. They don't want to cede control.
 
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These pieces of legislation, which have been dubbed “ban the ban” bills, are sponsored by oil and gas interests.

 


Rooftop and other small solar projects are an important part of the state’s future energy grid, not just benefiting their owners, but providing stability, resilience and key services to everyone. Given rooftop solar’s importance to us all, it is extremely disappointing that the California Public Utilities Commission unanimously voted last month to significantly reduce the value small-solar owners are credited for their energy contributions to the grid. The decision will discourage — or even destroy the market for — rooftop solar on existing roofs. It also raises the question of whether it will keep the state’s electric grid from reaching its goal of distributing 100% clean (nonfossil fuel) energy by 2045, as required by law.
 

The effort follows the March release of the LA100 study, which was prepared by NREL and found that Los Angeles can achieve reliable, 100% renewable power as early as 2035. The study also revealed that while all communities in Los Angeles will share in the benefits of the clean energy transition, improving equity in participation and outcomes requires intentionally designed policies and programs

NREL and UCLA will model pathways to achieve community-driven, prioritized equity outcomes for disadvantaged communities, which could include the following: Reducing energy burdens Expanding access to clean energy and efficiency jobs Increasing access to cooling Increasing access to clean mobility Improving air quality and health impacts Improving reliability of electricity Improving access to rooftop solar Reducing waste from clean energy transitions.
 
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By comparison, coal generated 2.2% less electricity than renewables in the first four months of 2021.

Following a similar trend, electrical generation by natural gas during the first third of 2021 fell by 8.4% compared to the first four months of 2020.



 

The effort follows the March release of the LA100 study, which was prepared by NREL and found that Los Angeles can achieve reliable, 100% renewable power as early as 2035. The study also revealed that while all communities in Los Angeles will share in the benefits of the clean energy transition, improving equity in participation and outcomes requires intentionally designed policies and programs

NREL and UCLA will model pathways to achieve community-driven, prioritized equity outcomes for disadvantaged communities, which could include the following: Reducing energy burdens Expanding access to clean energy and efficiency jobs Increasing access to cooling Increasing access to clean mobility Improving air quality and health impacts Improving reliability of electricity Improving access to rooftop solar Reducing waste from clean energy transitions.
Even 100% renewables could be reached with existing technology, the US National Renewable Energy Laboratory says in a newly published study.

 
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More Power Lines or Rooftop Solar Panels: The Fight Over Energy’s Future More Power Lines or Rooftop Solar Panels: The Fight Over Energy’s Future

On one side, large electric utilities and President Biden want to build thousands of miles of power lines to move electricity created by distant wind turbines and solar farms to cities and suburbs. On the other, some environmental organizations and community groups are pushing for greater investment in rooftop solar panels, batteries and local wind turbines.

“We need to build the electricity transmission and distribution system for the grid of the future and not that of the past,” said Howard Learner, executive director of the Environmental Law & Policy Center, a nonprofit based in Chicago. “Solar energy plus storage is as transformative to the electric sector as wireless services were to the telecommunications sector.”

A 2019 report by the National Renewable Energy Laboratory, a research arm of the Energy Department, found that greater use of rooftop solar can reduce the need for new transmission lines, displace expensive power plants and save the energy that is lost when electricity is moved long distances. The study also found that rooftop systems can put pressure on utilities to improve or expand neighborhood wires and equipment.
 
More Power Lines or Rooftop Solar Panels: The Fight Over Energy’s Future More Power Lines or Rooftop Solar Panels: The Fight Over Energy’s Future

On one side, large electric utilities and President Biden want to build thousands of miles of power lines to move electricity created by distant wind turbines and solar farms to cities and suburbs. On the other, some environmental organizations and community groups are pushing for greater investment in rooftop solar panels, batteries and local wind turbines.

“We need to build the electricity transmission and distribution system for the grid of the future and not that of the past,” said Howard Learner, executive director of the Environmental Law & Policy Center, a nonprofit based in Chicago. “Solar energy plus storage is as transformative to the electric sector as wireless services were to the telecommunications sector.”

A 2019 report by the National Renewable Energy Laboratory, a research arm of the Energy Department, found that greater use of rooftop solar can reduce the need for new transmission lines, displace expensive power plants and save the energy that is lost when electricity is moved long distances. The study also found that rooftop systems can put pressure on utilities to improve or expand neighborhood wires and equipment.
And I thought Biden support Green? :)
 
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Both solutions are green. Utilities are fearful of distributed solar and batteries since they lose control and revenue. They want the transmission lines to continue their monopoly on centralized power.
Ultimate solution will probably be both.
At its core decentralization, or more precisely disintermediation, is very disruptive to the retail energy industry. If customers can produced electricity cheaper than these intermediaries can purchase it then margins get tighter and the cost of operating the grid will need to be recovered. Also, producers of electricity fear that more distributed electric generation will result in consequences that will disrupt their profits and result in an outcome they cannot control. Both are monopolies whose business models are threatened by decentralization and disintermediation. This need not be the case and reinforcing the status quo is a road to ruin.

I believe there are ways to establish an equilibrium between decentralization, cogeneration, centralized power generation and a distributed energy grid. It will be disruptive and the old monopolies will have to adjust their business models. One question that needs to be answered is how will the infrastructure be managed and paid for? Another is how can increased cost of energy be subsidized to maintain some equity for the poor? I believe both these questions have answers—however, it will require some public investment and require distribute producers to par a flat fee and a carbon tax that acts like a VAT. Throughout the energy production consumption value chain energy producers and consumers those who reduce their greenhouse gas (GHG) footprint will recover some of this. However, some of that savings will need to offset common infrastructure and further conversation to renewals and GHG reduction. The biggest problem are investors in the status quo who will not want to kill the gooses that aid the golden egg—ironically they are the most politically connected and will want subsides tilted in their favor. This is what we’re seeing play out at the moment.

With the status quo it will be decades before enough clean energy is produce, both de-centrally and centrally, to reduce GHG production to levels established in the Kyoto Protocol. It’s not that centralized power producers and intermediaries dislike a competitive market as much as they want to maintain the equilibrium of current ‘voluntary’ market activities. They will lobby central authorities to free the market only enough, or possibly not all, to not upset their advantage by releasing those they hold captive. They’re all for regulation if it benefits them.
 
At its core decentralization, or more precisely disintermediation, is very disruptive to the retail energy industry. If customers can produced electricity cheaper than these intermediaries can purchase it then margins get tighter and the cost of operating the grid will need to be recovered. Also, producers of electricity fear that more distributed electric generation will result in consequences that will disrupt their profits and result in an outcome they cannot control. Both are monopolies whose business models are threatened by decentralization and disintermediation. This need not be the case and reinforcing the status quo is a road to ruin.

I believe there are ways to establish an equilibrium between decentralization, cogeneration, centralized power generation and a distributed energy grid. It will be disruptive and the old monopolies will have to adjust their business models. One question that needs to be answered is how will the infrastructure be managed and paid for? Another is how can increased cost of energy be subsidized to maintain some equity for the poor? I believe both these questions have answers—however, it will require some public investment and require distribute producers to par a flat fee and a carbon tax that acts like a VAT. Throughout the energy production consumption value chain energy producers and consumers those who reduce their greenhouse gas (GHG) footprint will recover some of this. However, some of that savings will need to offset common infrastructure and further conversation to renewals and GHG reduction. The biggest problem are investors in the status quo who will not want to kill the gooses that aid the golden egg—ironically they are the most politically connected and will want subsides tilted in their favor. This is what we’re seeing play out at the moment.

With the status quo it will be decades before enough clean energy is produce, both de-centrally and centrally, to reduce GHG production to levels established in the Kyoto Protocol. It’s not that centralized power producers and intermediaries dislike a competitive market as much as they want to maintain the equilibrium of current ‘voluntary’ market activities. They will lobby central authorities to free the market only enough, or possibly not all, to not upset their advantage by releasing those they hold captive. They’re all for regulation if it benefits them.
I agree. I think the biggest problem for the utilities is that distributed solar power will continue to get cheaper and more attractive for consumers. This will erode their revenue and must be controlled. We see the battle starting now with limits on home solar. The greenest (and lowest cost) solution is distributed home solar and batteries but utilities are fighting this.
 
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Biden’s clean energy plan would cut emissions and save 317,000 lives

Of various climate policy options available to the new administration, a clean energy standard would provide the largest net benefits to the US, according to the report, in terms of costs as well as lives saved. A clean energy standard would require utilities to ratchet up the amount of clean energy, such as solar and wind, they use, through a system of incentives and penalties. The Biden administration hoped to include the measure in its major infrastructure bill but it was dropped after compromise negotiations with Republicans.Of various climate policy options available to the new administration, a clean energy standard would provide the largest net benefits to the US, according to the report, in terms of costs as well as lives saved. A clean energy standard would require utilities to ratchet up the amount of clean energy, such as solar and wind, they use, through a system of incentives and penalties. The Biden administration hoped to include the measure in its major infrastructure bill but it was dropped after compromise negotiations with Republicans.

A total of $1.13tn in health savings due to cleaner air would be achieved between now and 2050, with air quality improvements most acutely felt by black people who currently face disproportionate harm from living near highways and power plants. Every state in the US would gain better air quality, the report found, although the greatest benefits would go to Ohio, Texas, Pennsylvania and Illinois, all states with substantial fossil fuel infrastructure.
 


Rooftop solar energy is instrumental in the grid’s evolution towards a decarbonized, reliable structure that is beneficial to all. The time mismatch between peak solar production and residential peak energy demand has driven a need for distributed energy storage units to smooth the peak and more efficiently respond to demand. Residential solar companies like Sunrun and now researchers in New Zealand are learning that the benefit of storage can be improved when storage units are used collectively, meaning batteries store and discharge power from the grid based on times of peak production or peak demand. And the gain in value is shared between solar companies, homeowners, and grid operators alike.
 


The program pays cash upfront to residential and commercial customers who attach battery energy storage to their existing or new rooftop solar systems.

Participating customers must use or export power during two peak hours, determined by HECO, through Dec. 31, 2023. Expected use/export times will cover two hours, somewhere between 6:00 PM and 8:30 PM, a time period when demand is at its highest and solar production begins to wane.
 


The program pays cash upfront to residential and commercial customers who attach battery energy storage to their existing or new rooftop solar systems.

Participating customers must use or export power during two peak hours, determined by HECO, through Dec. 31, 2023. Expected use/export times will cover two hours, somewhere between 6:00 PM and 8:30 PM, a time period when demand is at its highest and solar production begins to wane.

Hawaii’s rooftop solar debate could be a litmus test for how to build renewables in an equitable way. Although rooftop solar adoption rates are high among homeowners in the Aloha State, apartment-dwellers make up a large portion of the state’s population and aren’t generally able to benefit from rooftop installations, observers said.

 
Hawaii’s rooftop solar debate could be a litmus test for how to build renewables in an equitable way. Although rooftop solar adoption rates are high among homeowners in the Aloha State, apartment-dwellers make up a large portion of the state’s population and aren’t generally able to benefit from rooftop installations, observers said.

Hawaii's possible battery policy looks really good.

It would be nice if apartment dwellers would be allowed to tie in a battery to their home. Most all batteries can be placed indoors. They'd have to charge from the grid but could feed back in during peaks. It could be win-win.
 
Hawaii's possible battery policy looks really good.

It would be nice if apartment dwellers would be allowed to tie in a battery to their home. Most all batteries can be placed indoors. They'd have to charge from the grid but could feed back in during peaks. It could be win-win.
Feed-in back to the grid from localized batteries only makes sense when there's either localized generation or significant likelihood of outages.
But in the case of the apartment-dwellers, they're just consumers.
Anyway, if you're going to have batteries in apartment buildings, you're better off scaling up to the building level.
 
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Feed-in back to the grid from localized batteries only makes sense when there's either localized generation or significant likelihood of outages.
But in the case of the apartment-dwellers, they're just consumers.
Anyway, if you're going to have batteries in apartment buildings, you're better off scaling up to the building level.
Local batteries can compensate for weak distribution by charging during low demand and discharging during high demand.