By: Jonathan Camuzeaux and Tim O’Connor
Many people have been following the AB 32 cap-and-trade program since it kicked off on January 1, 2013. After all, it’s the most comprehensive carbon market in the world; it has created billions in investments for pollution reduction in California communities and garnered intense international attention. Now, based on data showing the program has cut climate pollution during its first compliance period, the chair of the California Air Resources Board (CARB) has dubbed it “officially a success.”
Under California’s Mandatory Greenhouse Gas Reporting program, the largest polluters in the state across all sectors must report their emissions every year. This data is then collected and counted by CARB. Yesterday, the agency released the final tally of the 2014 greenhouse gas (GHG) emissions covered by cap-and-trade, and with data, we get the final word on what happened during the program’s first compliance period (for years 2013 and 2014). Read More
By: Michelle Zheng, Clean Energy Intern
Before the U.S. electric grid became centralized under utilities and independent system operators, it consisted of unorganized and unconnected generators. As distributed energy resources (DERs) – such as rooftop solar, energy storage, and other generation sources beyond large power plants – find their way into (and onto) more homes and businesses, it’s clear the grid’s future has a lot in common with its roots. This time, however, an array of new technologies will help us take advantage of a more decentralized approach.
But are utilities ready to handle this change? Although some are eager to try, the answer under most current utility business models is a resounding “no.” This is because current business models promise utilities profit for putting more steel into the ground and selling as much energy as possible – the exact things DERs help avoid.
Despite all this, can we find ways for utilities and DERs to be friends? We think so. Meet the “Bring Your Own Battery” (BYOB) model. Developed by San Diego Gas & Electric (SDG&E) and collaborators at Rocky Mountain Institute’s eLab Accelerator, it capitalizes on the emerging movement of customers bringing their own batteries to the grid. What’s more, it creates a role for the utility to facilitate rather than fight the expansion of DERs.
By: Matt Golden, Senior Energy Finance Consultant
As California races towards a clean energy future, not only do we need new aggressive goals for all sectors, but we also need to rethink how we manage distributed energy resources, like rooftop solar and customer side energy storage. This is particularly true for one such resource, energy efficiency.
Two weeks ago, the California legislature passed a number of clean energy related bills including SB 350 (De León), a bill that sets the state on a path to achieve Governor Brown's ambitious clean energy goals. The governor’s “50/50/50” plan aims to increase electricity from renewable sources to 50 percent, reduce petroleum use by 50 percent, and double building efficiency by 2030.
Most media reports have focused on the bill’s ambition to increase the renewable portfolio standard and energy efficiency goals, and some observers have expressed justified concern about items left on the cutting room floor (the petroleum use reduction target). But there has been little discussion of the bill’s most important provisions – those that address how energy efficiency will be measured and delivered going forward. Read More
By: Lauren Navarro and Tim O’Connor
Every day thousands of Americans suffer from dirty air – costing the young and old their health, livelihood, and in many cases, their lives. As California is home to the top five most polluted cities in the country, we need action.
Thankfully, after many long hours of debate and negotiations at the state capitol, the California Legislature passed SB 350 (De León) last Friday. The California State Assembly passed the bill, with a 52-26 vote with bipartisan support before passing it on to the senate where it was approved in a concurrence vote. This bill increases California’s renewable energy mix to 50 percent and doubles the energy efficiency of existing buildings. Both of these provisions will serve to combat dirty air and fight climate change, while ushering in a new era for the state’s electricity system – one defined by a cleaner, more resilient, and dynamic electric grid. Read More
By: Tim O’Connor, Director of California Climate Initiative, and Amanda Johnson, Legal Fellow
California is in the midst of multiple regulatory efforts to reduce methane emissions from natural gas and oil operations throughout the state. It’s a key opportunity to make a real dent in the state’s climate impact since methane, the primary component of natural gas, packs over 84 times the warming potential of carbon dioxide in the first 20 years after it is released unburned.
Methane emissions in-state and out of state
One of the key efforts going on in the state is the development of new rules by the California Public Utilities Commission (CPUC) to reduce methane emissions from natural gas transmission, distribution, and storage, the systems that deliver gas to homes and businesses. And, at the California Air Resources Board (CARB), a new statewide plan to cut short lived climate pollutants from sources across the state is in development, as are new regulations to reduce emissions from oil and natural gas production, processing, and storage in California. Read More
By: Paul Fenn, Founder and President of Local Power Inc.
New York has embarked on a major energy reform that will change the way electricity is produced, distributed, and priced in the state. The effort, called ‘Reforming the Energy Vision’ (REV) has the potential to scale up the use of local renewable energy resources and widely deploy energy efficiency technologies, reduce energy bills, and give customers greater control over their energy use.
New York’s REV effort would change the longstanding utility business model that relies on a one-way, centralized power grid delivering electricity to customers, most of it generated by aging, polluting power plants. Under this model, the environmentally-conscious customer has little say over how her energy is produced. Read More