Bad Boy Buggies Recall

Bad Boy Buggie Standard Model Being Recalled

Bad Boy Buggie Standard Model Being Recalled

Yesterday the U.S. Consumer Product Safety Commission, in cooperation with Bad Boy Enterprises, announced a voluntary recall of the company’s Bad Boy Buggie Standard model. The company has received 32 reports of the vehicles accelerating without warning, which in some cases resulted in injuries. The recall affects models with serial numbers between 85004828 and 95010404. The serial number is located on a sticker in a cubby on the driver’s side. the vehicles were sold between June, 2007 and July, 2009. Consumers should immediately stop using the vehicles and contact their Bad Boy Buggy dealer for a free repair. For additional information, contact Bad Boy Enterprises toll-free at (866) 678-6701 between 8 a.m. and 5 p.m. CT Monday through Friday, or visit their website. Learn more: CPSC.gov

Update: Originally the company tried a software patch to fix what they thought was the problem.  While this did reduce instances of the problem, the did not completely solve it.  The company will now be installing a zener diode chip into vehicles as a remedy.  the process should take less than an hour ,and even if you already have the software patch you should still have the new chip installed. Learn more:  Natchezdemocrat.com

Golf Car Fleets Going Solar

Jockey Club Kau Sai Chau Public Course in Hong Kong and the Sebonack Golf Club in Southhampton, N.Y recently became the first golf courses to completely power their golf car fleets with solar power.  Both fleets used Club Car’s SolarDrive system to retrofit their existing Club Car fleets.  Management expects to reduce costs in the long-term through energy savings.  The Hong Kong facility converted 205 golf cars and the club in New York converted 40 golf cars. The solar panels typically cost about $2,700 but can be eligible for tax incentives as well.  they are supplied by SolarDrive of Denmark that has a marketing partnership with Club Car. Learn more:  Golfcarnews.com

Comment: While capital costs for retrofitting may be an issue for some fleet managers, if savings can be realized in a reasonable amount of time this type of product will be another factor in the continuing trend towards more electric powered golf cars.  Combined with the recent introduction of golf cars with AC drive and increased environmental concerns the trend towards electric could significantly accelerate. – Marc Cesare

Supply Chain News

LG Chem of South Korea will be supplying lithium-ion batteries to CT&T, the South Korean based LSV manufacturer.  CT&T last year won a contract to supply 4,000 LSVs to California police departments, and is currently looking around the Pittsburgh and Philadelphia areas for locations to build assembly plants.  Learn more:  Tradingmarkets.com

Zytek of Great Britain will be providing the Navistar and Modec joint venture with a 70kw electric powertrain for the venture’s commercial electric trucks being marketed in the Americas.  Four hundred of the trucks will be produced in 2010 using $39 million in grant money from the US government.  Learn more:  Autoevolution.com

Battery Developments and Implications for STOVs

The ongoing development of battery power holds significant potential for small, task-oriented vehicles (STOVs).  Most of the development and most discussion and analysis of battery development is in the context of powering on-road vehicles.  The crumbs off the table of this development process, however, could have a significant impact on market development of small, task-oriented vehicles.

STOVs are certainly not confined to electric power, but given the trend toward electric power in all but the off-road UTV (and derivatives) market–and that is coming, too–as well as the market drivers pushing toward electric, a focus on electric power is hardly unjustified.

In a presentation at the Industrial Utility Vehicle Technology Conference, I outlined four areas of product development that were needed to encourage market growth of the small, electric vehicle market.

  • Greater range, moving from 30-40 miles to 100 miles;
  • More power, deliverable through the adaptation of AC electric motors;
  • Faster speeds, increasing from the upper limits now of 25 m.p.h. to the 40-45 m.p.h. range;
  • Better ergonomic features, including all-weather driveability.

The ensuing years have seen improvements in all categories.  – Steve Metzger

For the full article see:  IUVMag.com

Universities Give Miles Automotive LSVs A Failing Grade

Three Michigan universities have returned or are in the process of returning three electric vehicles produced by Miles Automotive because of limited range. According to reports university personnel were promised a vehicle range of 80 miles per charge but have only been able to realize half that or less, the equivalent of about half a work day. This is approximately the range that is currently estimated by the manufacturer for the vehicle, so it sounds like performance for these vehicles, which the universities were using on a trial basis, was over promised. The range problem is being attributed to the cold Michigan weather’s negative impact on battery performance. Learn more: Autologgreen.com

Three-wheeled Vehicles To Qualify For DOE Funding

A recent bill passed by the US Congress will allow manufacturers of three-wheeled vehicles to qualify for US Department of Energy funding.  Once the bill is signed by President Obama as expected, manufacturers will be eligible for funding, but approved on a case-by-case basis.  The three wheel vehicles must be enclosed, carry two adults and get at least 75 miles per gallon.  Learn more:  Autobloggreen.com

Navy Likely To Become Major Buyer Of LSVs

In a speech this week the US Secretary of the Navy identified five key energy targets for the Navy to meet by 2020.  One of these goals is to reduce petroleum use in their commercial fleet of vehicles by 50% by 2015.  The fleet numbers approximately 50,000 vehicles.  As the vehicles are retired the Navy expects to replace them with hybrids, flex fuel and low speed vehicles. Learn more:  Greencarcongress.com

Comment: When the Army first announced their plans for purchasing LSVs they mentioned the Air Force and Navy possibly piggybacking on their efforts but this is the first time we have seen any official statements about the Navy acquiring LSVs.  While the Army’s initial purchase is 4,000 LSVs over three years, they noted that 10,000 vehicles could eventually be purchased and estimated a similar amount for each the Navy and the Air Force.  I would expect the Navy’s acquisition would boost demand for LSVs in the range of 1,000 to 2,000 vehicles per year over the next five years. With the Army and Navy on board the Air Force may also follow suit and make the US military a major factor in the market. – Marc Cesare

Sunpods Demonstrates Solar Powered EV Charging Station In San Jose

SP-300 SunPods EV Plug-N-Go™ Charging Platform

SP-300 SunPods EV Plug-N-Go™ Charging Platform

SunPods announced today the first public demonstration of their revolutionary SunPods’ EV Plug-N-Go™ Solar Powered EV Charging System. The world’s first transportable, modular, integrated solar powered electric vehicle charging station, ready to power up on delivery. The SunPods SP-300 EV Plug-N-Go designed specifically for companies, institutions and public agencies that need an instant solar powered infrastructure solution for on-road electric vehicles (EV), plug-in hybrid electric vehicles (PHEV) and electrical industrial utility vehicles. The SunPods EV Plug-N-Go deploys rapidly, building a lasting green power infrastructure solution for today’s electrical powered vehicles.

Learn more:  www.sunpods.com

Flux Power Systems Targeting LSV & Golf Car Market

Flux Power, a startup led by the co-founder of vehicle manufacturer Aptera, is targeting the LSV and golf car markets with their lithium based power systems.  Flux Power’s products manage, monitor and charge lithium batteries.  Flux Power products are designed to work with batteries from a variety of manufacturers to create modular battery units.  A vehicle manufacturer or other customers could then combine units to create custom battery packs.  Smart charging technology can be integrated as well. By increasing the efficiency of lithium battery packs and thereby lowering costs, the company hopes to penetrate markets currently dominated by lead-acid batteries.  Products are expected to be available in November, 2009.  Learn more:  Earth2tech.com

South Korean Government Targeting EV Market

Last week the South Korean government announced plans to accelerate the development of the electric vehicle industry in their country.  Revised plans now call for full-scale production of electric vehicles in 2011 instead of the previous target date of 2013.  The government views the competition to develop the next generation of automobiles and grab market share as important to South Korea’s long term economic health.

A range of automobiles including hybrid, plug-in and fuel cell powered will be supported.  The target goal is for South Korea to account for a 10% share of the global EV production by 2015.  Ironically, the country does not currently allow EVs to be operated on any roads.  However, as part of this initiative, the parliament is passing legislation to allow EVs including NEVs to be driven on the country’s roads.  Learn more:  yonhapnews.co.kr