Tag Archives: electric vehicles

NCCETC releases 50 States of Electric Vehicles Report

42 States and DC Took Action on Electric Vehicles During Q1 2018

The N.C. Clean Energy Technology Center released its Q1 2018 edition of The 50 States of Electric Vehicles. The quarterly series provides insights on state regulatory and legislative discussions and actions on electric vehicles and charging infrastructure.

The report finds that 42 states and the District of Columbia took actions related to electric vehicles and charging infrastructure during Q1 2018 (see figure below), with the greatest number of actions relating to electric vehicle fees, fast charging deployment, and electric vehicle studies.

The report notes four trends in electric vehicle activity apparent or emerging in Q1 2018: (1) states considering multi-faceted electric vehicle plans, (2) contention around utility ownership of electric vehicle charging infrastructure, (3) examining the role of demand charges in vehicle charging rates, and (4) piloting the co-location of energy storage systems with electric vehicle charging infrastructure.

A total of 275 electric vehicle actions were taken during Q1 2018 – more than were taken in the entirety of 2017 (227 actions). New York, New Jersey and Hawaii took the greatest number of actions during the quarter, followed by Massachusetts, Washington and Minnesota.

Q1 2018 Legislative and Regulatory Action on Electric Vehicles

“So far in 2018, we see a number of states taking actions that incorporate multiple strategies or involve existing statewide goals,” noted Allison Carr, Clean Transportation Specialist at NCCETC. “Several states and utilities are starting to connect electric vehicle planning with other statewide electric grid modernization, transportation and environmental goals.”

The report notes the top electric vehicle actions taken during the quarter were:

• Hawaii utilities publishing their Electrification of Transportation Strategic Roadmap;

• California regulators approving utilities’ first wave of proposed electric vehicle programs and investments;

• A Maryland working group proposing a statewide electric vehicle portfolio;

• Missouri utilities proposing new electric vehicle programs; and

• Pennsylvania regulators issuing a policy statement on third-party electric vehicle charging.

“It is exciting to watch states live up to their reputation as laboratories of democracy,” said Brian Lips, Senior Policy Project Manager at NCCETC. “States are testing out a variety of strategies to build strong electric vehicle markets and charging networks, with many states taking multi-pronged approaches themselves.”

View the 50 States of Electric Vehicles Q1 2018 Executive Summary

View and Purchase the 50 States of Electric Vehicles Q1 2018 FULL Report

View the 50 States Reports – Solar, Grid Modernization and Electric Vehicles

Driving on Solar Miles

Driving on Solar Miles: Integrating Residential Solar and Electric Vehicle Charging panel at the 2018 State Energy Conference of North Carolina

Heather Brutz of NCCETC introduces the panelists of Driving on Solar Miles: Integrating Residential Solar and Electric Vehicle Charging at the 2018 State Energy Conference of North Carolina. Photo by Nicole Deck.

Industry experts discussed options available today for integrating residential solar with electric vehicle charging at the 2018 State Energy Conference of North Carolina last month. Panelists addressed some of the most commonly used technologies as well as the future of residential solar, electric vehicle charging and the grid.

The three panelists were Bharat Balagopal, a doctoral student at North Carolina State University; Stew Miller, President of Yes Solar Solutions; and Stan Cross, CEO of Brightfield Transportation Solutions. Heather Brutz, Transportation Finance and Operations Manager at NCCETC, was moderator.

Stan Cross (Brightfield Transportation Solutions) shared a map of electric vehicles and charging stations in North Carolina, and discussed the statistics of annual community benefits per 10,000 EVs:

• Approx. EV miles driven annually = 120M miles

• Barrels of Oil Avoided by EVs = 221K barrels

• GHG reduced from gasoline to grid power = 44M lbs.

• GHG reduced when Solar Driven = 84M lbs.

• EV-related fuel savings = $8.2M

• EV-related maintenance savings = $3.6M

• EV-related $$ Retained in the Community = $7.6M

Stew Miller (Yes Solar Solutions) said that the average gas-powered vehicle emits the equivalent of 11,435 lbs. of CO2 annually.  And on average, using the NC electric grid to charge an EV releases 4,185 lbs. of CO2 each year.

Daily Cycle of Solar & Storage graphic by Yes Solar Solutions.

Miller said that by using solar and storage like Tesla Powerwall to generate and store the electricity needed to power their vehicles, EV drivers can reduce their transportation-related emissions to zero. Powering EVs with a home solar system is typically cheaper than charging your car with electricity from the grid as well, Miller said.

Bharat Balagopal discussed electric vehicle charging and integration with the smart grid.

According to Balagopal, benefits of community charging are:
• EVs are flexible loads that can improve the stability of the grid
• Sooth the adverse effect of renewable fluctuations by quickly changing the charge rates
• Improve the power quality by peak shaving (reducing the load) and valley filling (increasing the load)

However, risks include:
• Uncontrolled charging of multiple EVs can destabilize the grid
• Simultaneous charging of EVs can introduce huge load to the grid

To alleviate those risks, Balagopal said, researchers at Advanced Diagnosis, Automation, and Control Lab (ADAC) devised a method for smart charging of EVs to maximize benefits and minimize the risks of EV integration. Their technology, he said, can intelligently schedule the charging of the EVs based on energy needs, working schedule, renewable energy generation and load pattern.

There are two main enabling technologies that allow them to intelligently control the charging of the EVs — the Collaborative Distributed Energy Management System and the Smart Battery Gauge. To learn more, click here.

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Posted by Nicole Deck

CFAT awards & new funding

NCCETC Awards $1.2 million in Air Quality Improvement Grants
New round of funding released

The N.C. Clean Energy Technology Center (NCCETC) announced the results of a call for projects through the Clean Fuel Advanced Technology (CFAT) Project. The 2017-2018 $5.6 million initiative, focused on reducing transportation-related emissions, is supported with federal Congestion Mitigation Air Quality funding from the N.C. Department of Transportation (DOT). More than $1,245,300 is being awarded for eight projects to a variety of public and private entities. A new round of funding has also been released, and the applications are due June 8, 2018. Apply here!

The awards include: 

Alternative fuel vehicle (AFV) leasing by BuildSense, Inc.

AFV conversions and idle reduction technology by City of Charlotte

Idle reduction technology by Convoy Solutions and Viatec Incorporated

AFV conversions by Gaston County North Carolina Propane Gas Association (NCPGA), and City of Winston Salem

Diesel retrofit by North Carolina Department of Transportation Rail Division

The CFAT project operates in counties that do not meet National Ambient Air Quality Standards. More than half of North Carolinians live in counties that have unhealthy air. In total, the awarded equipment displaces 353,265.16 gallons of diesel/gas a year, reducing 97.02 kg of daily emissions.

Round 2 of funding request for proposal period has opened and awards will be announced by September 2018. Up to $1,455,000 in federal funding is being awarded for projects to a variety of public and private entities. The deadline to apply for this final CFAT round of funding for 2018 is June 8, 2018. For the application and more information, click here.

Posted by Nicole Deck

First Responder Clean Transportation Demonstration Day

Ron Luttrell of Zero Motorcycles talks to a guest test driving a Zero Motorcycle at First Responder Clean Transportation Demonstration Day. Photo by Mark Lienhard, EVOLVE GT LLC
First responders of all types got a chance to trade their typical mode of transport for a day and test drive several different alternative fuel vehicles, including LPG, CNG, PHEV and electric motorcycles, on a closed track.
About 60 first responders attended First Responder Clean Transportation Demonstration Day at the NC Center for Automotive Research (NCCAR), where they got a chance to learn about alternative fuel vehicles and clean transportation technology applications for law enforcement, fire and rescue, and emergency medical services.
The day started out with testimonials, real-world case study presentations and learning sessions, and was followed by vehicle test drives on NCCAR’s closed 2-mile, 40-foot wide serpentine road course in Garysburg, NC.
First responders and guests take a look at an ICOM Alternative Fuel Systems vehicle. Photo by Mark Lienhard
The NCCAR Road Course from above. Provided by North Carolina Center for Automotive Research
Most attendees took a lap around the track, said Richard Sapienza, Clean Transportation Program Director at North Carolina Clean Energy Technology Center – many reaching more than 100 MPH.
“It was a lot of driving and a lot of fun,” Sapienza said. “I wanted to be able to push the vehicles and see their performance in a safe environment, and that was achieved.”
The vehicles at the event were two Ford Explorer Interceptors, a Ford F350 PU, Chevy Tahoe, Ford F150 PU, Police Plug-In Focus and two Zero Motorcycles. The idle reduction technologies on display included a Smeal SG-09 APU Fire Truck, ZeroRPM REV Group Ambulance, Stealth Power Chevy Police Tahoe, and LGS Group Vehicle Technologies.
An up-close shot of a Zero Motorcycle. Photo by Mark Lienhard
First responders and guests check out the Charlotte Fire Department firetruck. Photo by Mark Lienhard
The two Zero Motorcycles featured the Z-force motor — a single moving part with no fluid, clutch or transmission, according to www.zeromotorcycles.com. Several attendees commented on both the motorcycles’ ability to pick up speed quickly while also remaining strikingly quiet, especially when comparing to most gas-powered motorcycles’ recognizable rumble.
The ambulances and fire trucks used idling technology, which minimizes the amount of time vehicles need to idle and allows them to use less of their engine or generator.
Attendees learned that all of the alternative fuel technologies could be used to save money, improve efficiency and extend vehicle service life.
Because of the event’s success, NC Clean Energy Technology Center hopes to repeat a demonstration day in the future.
Posted by NC Clean Energy Technology Center

Everyone can take steps to reduce vehicle pollution

Pollution from vehicles is a major cause of health problems such as asthma. We all benefit from clean air. No matter who you are, there are actions you can take to help reduce the amount of pollution that comes from cars. Everyone, from kids to adults, can help make a difference. Here are some things that you can do.

    1. 1. Ride a bike or walk.

If you are only going a short distance, consider riding a bike or walking instead of driving. You can get exercise and enjoy the fresh air while getting where you need to go!

2. Take public transit.
If you need to go somewhere that is along a bus or light rail line, consider taking public transit instead of going in a car.

3. Carpool.
When going to school or work, try to carpool together with other people who are headed in the same direction. You can save money and reduce the amount of fuel burned at the same time.

4. Avoid idling.
When idling, you waste fuel by burning it when you aren’t moving. If you will be in the same spot for more than a minute or two, consider turning off your vehicle’s engine (as long as it is safe to do so).

5. Use alternative fuels.
Alternative fuels are cleaner than regular gasoline or diesel. Alternative fuel vehicles include electric vehicles and flex-fuel vehicles that can use ethanol blends. Most new electric vehicles now have a range of over 100 miles, which meets most people’s daily commuting needs. Plug-in hybrid electric vehicles and extended range electric vehicles use gasoline as well and therefore do not have a range limit. Flex-fuel vehicles can use ethanol blends that are up to 85% ethanol and regular cars that are newer than 2001 can use ethanol blends that have up to 15% ethanol. Ethanol is made from crops such as corn and helps support American farmers.

None of these options work for everyone all the time. But all of us can take steps to reduce pollution from cars and trucks.

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