building decarb central

Hot off the press, NEEP has just released a report entitled “The Smart Energy Home: Driving Residential Building Decarbonization”.  This report builds on NEEP’s multi-year effort in the smart energy homes space, and brings the role of controls more clearly into focus, outlining their importance for decarbonizing residential properties.

Since the dawn of time, energy efficiency supporters have touted benchmarking as the critical first step to reducing energy consumption in the buildings sector. Whether it's the first step or not, the age-old saying "you can't manage what you don't measure" is true. Assessing our energy performance is critical to inform improvement efforts.

It’s a new year, which means a new opportunity to ramp up policy efforts to decarbonize our economy. We are one month into 2020 and so much has already happened with each state’s legislative session kicking off. The Northeast is responding to a call to action on climate and pushing the bar to ensure that we are carbon-neutral by 2050. Already, a few trends have surfaced, including carbon neutral targets, benchmarking, and energy efficiency planning. Let’s take a look.

These days in the energy world, meters are getting a lot of media exposure. With spot meters, smart appliances, building management systems, utility billing meters, and smart meters (which are also known as advanced metering infrastructure or AMI), the energy industry may start drowning in data. And yet, people are asking: do we have enough?

As 2019 comes to a close and we look towards the start of a new decade, there is a lot on which to reflect. I think about the calendar year turning to 2020 and know that leaves us with just 10 years to drastically reduce our emissions to prevent catastrophic climate impacts. Ten years doesn’t seem like a long time, yet so much can happen in that time. During the last 10 years, I graduated high school, got my master's degree, and landed my dream job. For climate, it can mean reducing emissions by at least 45 percent.

In October, the Bloomberg Philanthropies released the American Cities Climate Challenge Climate Action Playbook, a strategic guide to accelerate and deepen climate action in cities. The Playbook highlights 30 important strategies that are currently being implemented in U.S. cities through the Bloomberg Philanthropies American Cities Climate Challenge that other cities can follow.

This article is the last in a series referencing a paper Sue Coakley and I authored for the Electricity Journal. This special edition of the Electricity Journal titled “Energy Optimization is the Key to Affordable, Reliable Decarbonization” was coordinated by the Regulatory Assistance Project.

This article is the third in a series referencing a paper Sue Coakley and I authored for the Electricity Journal. This special edition of the Electricity Journal titled “Energy Optimization is the Key to Affordable, Reliable Decarbonization” was coordinated by the Regulatory Assistance Project.

Since 1990, Vancouver, British Columbia, Canada has had a climate action plan that has been amended and expanded multiple times. It is one of the leading cities in the world in addressing climate change and has shown creativity in addressing energy issues from a variety of perspectives including bicycle transportation, urban densification, building regulation, and neighborhood heat pump systems to name a few.

States throughout the NEEP region recognize the need to address climate change and transform the way we generate and use energy. The global scientific consensus is that we need to decarbonize our economy 45 percent by 2030 and reach carbon neutrality by 2050 in order to reduce the chance of exceeding 1.5 degrees Celsius. We are already experiencing the impacts of climate change and exceeding 1.5 degrees will put us over the tipping point of irreversible damage affecting generations to come.