Category: Green Articles
The big question: When is it coming out?
No firm date was given, but it looks like early first quarter of 2016
What is going to cost?
Again, no firm numbers were given, but we’d bet that it will be very close in pricing to the current one, even though there is more content and safety items available.
How big is it?
The new Prius is 2.4 inches longer, 0.6 inches wider and 0.8 inches lower than the model it replaces, providing a planted on-road presence while delivering more occupant and cargo room.
Will it get better fuel economy?
With an expected ten percent improvement in EPA estimated MPG on core models, Prius will offer best-in-class fuel economy among vehicles without a plug. A soon-to-be unveiled Eco model will achieve an even greater improvement, strengthening Toyota’s leadership in hybrid fuel efficiency.
What is the interior like?
The Prius’ new, premium interior adopts advanced technology complemented by features that are functional, fun and have high visual impact. The wrap-around dash design, form-hugging seats, ease of controls and improved visibility put the driver in complete control.
What has Toyota done to make the Prius safer?
The new global architecture that the 2016 Prius is built on also provides a more rigid structural framework to help enhance occupant protection in the event of a collision. The high strength upper body is designed to distribute frontal collision impact energy. Plus, the Prius will be among the first U.S. models to offer Toyota Safety Sense (TSS), a new multi-feature advanced safety package anchored by automated pre-collision braking. TSS bundles cutting edge safety technologies including:
- Pre-Collision System with Pedestrian Detection
- Lane Departure Alert with Steering Assist
- Full-Speed Dynamic Radar Cruise Control
- Automatic High Beams
What inspired the design?
From the side, it is longer and sleeker with the overall outline evoking an athletic shape. Inspired by a runner in the starting blocks, the sporty design conveys a feeling of forward motion.
The hood is lower and the distinctive roof peak has been moved forward. Bold character lines run along the side from the front fenders – one just above the sill that sweeps up towards the rear fender, while the upper crease morphs into the rear spoiler, which has been lowered.
The use of new standard LED headlamps minimizes the Prius’ front fascia and, at the same time, provides an arresting lighting display which helps define the vehicle’s character. The unique and striking rear combination lamps express the distinctive lines of the Prius from the rear spoiler to the trailing edges of the sides.
When can I place my order?
Make sure that you follow us on Facebook and Twitter and we will let you know just as soon as you can.
The Friends of Hollywood Central Park partnered with the Stem Academy of Hollywood back in September and gave students a chance to give their input about crucial park design characteristics. Now the students are being given another chance to try out their design skills in a real-world situation in a fun little contest that’s being put together around the Hollywood Central Park.
In the contest a set of three different student teams are commissioned with coming up with their own designs for the Hollywood Central Park project. Each team is supposed to be acting as a competing engineering firm competing for the project. The students will put together their own designs and present them before a judge to determine the final winner.
The contest took place at the Stem Academy of Hollywood at 1309 N Wilton Place in Los Angeles. It occurred yesterday between 4 and 5 PM to a crowded room full of interested guests.
During the event snacks and refreshments were provided as each of the teams presented their creation. The guest judges were charged with making a final decision and picking the best team design overall. Each design was highly unique and had something special to offer.
Not only did the whole event give the students an exciting real-life event to design for, but the designs will provide new ideas for the park and some may even be incorporated into the finished project. If you are interested in coming up with your own park concepts there is a Hollywood Central Park application that allows you to design your own version of the new park. You can make use of the designer tool or keep an eye on new developments surrounding the park project by visiting the Hollywood Central Park website here. The tool features a simple drag-and-drop interface that allows you to quickly customize your own creation. After you finish your creation you can easily save it, share it with friends and family or share it with the project itself for consideration. The contest will help the Friends of Hollywood Central Park get some new ideas and so will the unique park creator tool that is being opened up to so many users around the web.
For all the critics out there that say that hybrid vehicles are a waste of resources, particularly because the batteries go bad after a time, it’s important to realize that many hybrid batteries live another life after they aren’t suitable for use in vehicles any longer. A cluster of buildings in Yellowstone National Park powered solely by car battery packs are an excellent reminder that hybrid batteries don’t have to be tossed out when they aren’t usable in vehicles any longer.
Harnessing Solar Power Effectively
Most of the time when solar energy is harnessed the excess power that’s produced is simply sent off to the rest of the power grid for someone else to use. This works well for those who are tied to an existing power line, but isn’t a viable option for more remote buildings without remote access. For situations such as those battery storage is the best solution and that’s exactly what’s used at the Lamar Buffalo Ranch buildings. There are five in all and they make use of a collection of vehicle batteries to store energy collected from solar, and soon hydro energy sources.
Inspecting the Packs
Each of the excess battery packs is disassembled and tested to make sure they can be used for energy storage. After the batteries are approved they are given a new battery management systems and arranged into 52 pack arrays for a high storage capacity. The five buildings make use of an array of 208 batteries that hold a total of 85 KWH of energy in all. The storage solution offers plenty of power for the buildings to use when the sun isn’t out, and helps keep any excess energy that the building doesn’t make use of during the day too.
Toyota has a recycling program for its battery packs, but it’s even more beneficial to reuse the packs for another purpose before they are recycled. The packs offer a lot of great storage capacity and could be used in a range of possible projects, especially with so many homes turning to alternative energy sources like solar panels to provide needed power.
That’s why hybrid vehicles may not be the responsible vehicles that some people are making them out to be. Whether the batteries they use are recycled or put to another use, they aren’t going to the landfill anytime soon and that’s a good thing. The packs offer a lot of precious metals that most people aren’t going to want to simply let go to waste.
LAcarGUY has lead the revolution when it comes to offering environmentally friendly vehicles for sale to the public, more people come to the LAcarGUY family of dealers for EV’s Hybrids and Clean Diesels that just about anyone else in the country. Our leadership on that front continues as Toyota Santa Monica has been named one of eight exclusive stores to sell the Toyota Mirai, the next step in the revolution of environmentally responsible vehicles from Toyota.
The Toyota Mirai is a four-door, mid-size sedan with performance that fully competes with traditional internal combustion engines – but it uses no gasoline and emits nothing but water vapor. The groundbreaking fuel cell electric vehicle is powered by hydrogen, re-fuels in about five minutes, and travels up to 300 miles on a full tank.
In its basic operation, a fuel cell vehicle works much like a battery electric vehicle. But instead of the large drive battery, Mirai’s fuel cell stack combines hydrogen gas from tanks with oxygen to produce electricity that powers the electric motor.
Beginning in summer, you can request a Mirai by visiting www.toyota.com/mirai. Production of the Mirai is limited to approximately 3000 units through 2017 , and vehicles will be placed with select, eligible customers. Therefore, we encourage you to make your requests early to save a potential parking spot in transportation history. You can visit www.toyota.com/mirai today to sign up for more information and notification of exact order request launch timing in the coming months, also make sure to stop in at Toyota Santa Monica to talk to us about the Mirai, and watch for more news coming on our Facebook and Twitter pages.
A total of 24 different schools went up against one another in the 2015 Grades of Green Trash Free Lunch Challenge. Each school around the country was battling to see who could divert the most trash from their lunchrooms and who could make the biggest environmental change overall. Out of all the schools Oak Street Elementary School in Inglewood California managed to come out on top.
The Spoils of Victory
For coming out on top of the competition the children at Oaks elementary received a $1,000 prize and also got a chance to meet former Lakers player Steve Nash! He came out to their school to meet them all and spend the day there letting the children feel what it’s really like to work hard and come in first place.
Giving the Students the Tools for Success
At the beginning of the Contest Grades of Green provided the school with an educational assembly explaining sustainability and the goal of the competition. They also provided an eco-starter kit a personalized waste reduction plan and finally one-on-one mentoring to make sure that the students understood what they were doing.
Each of the children in the school was encouraged to bring in reusable lunch containers and slowly even the youngest among the school were taught how to recycle and properly take care of all their lunchtime waste.
The school won because it adopted the program so completely, and because it was taking other initiatives to improve the environment outside of lunch time. Second Grade teacher Claire Darsa is taking an opportunity to travel out to the edge of the Arctic in Northern Canada to study climate change and plans to bring back her discoveries and improved knowledge to the children of Oaks.
The most important part of the trash challenge isn’t teaching children about sustainability or the importance of saving the environment, it’s about teaching children the power that they have to make changes. Empowering all the children of the future generation is what Grades of Green is really offering and it will make some exciting changes possible in the future.
For Toyota, every day is Earth Day and the little things add up, especially when almost 43,000 team members across 14 North America manufacturing plants do them. Such efforts have saved nearly $600 million since benchmarking began in 2002.
They’ve also resulted in Toyota’s 11th consecutive ENERGY STAR Partner of the Year – Sustained Excellence Award from the U.S. EPA for continued leadership in protecting the environment through superior energy efficiency.
Eleven consecutive ENERGY STAR Partner of the Year – Sustained Excellence Awards are the most by any automaker.
Examples of achieving energy efficiency at Toyota’s 14 North American manufacturing plants include:
- Reduced total energy use by 35 percent per vehicle produced or 14 billion kilowatt hours of energy.* That’s enough power to keep the city of Chicago up and running for nearly an entire year.
- Reduced CO2 emissions by 40 percent per vehicle produced by eliminating the use of electricity and natural gas when avoidable.**Since benchmarking began in 2002 “While there’s always room for improvement, achieving energy efficiency demonstrates that good ideas have helped us become environmentally responsible while making a significant impact to our bottom line,” said Robin Haugen general manager of Toyota’s plant and environmental group. “Through our team members’ efforts and outstanding collaboration, we
have minimized our environmental footprint in communities where we assemble vehicles, engines and parts. We’re so proud to receive our 11th consecutive ENERGY STAR Partner of the Year – Sustained Excellence Award from the U.S. EPA and we’ll strive to do better.”
Recent environmental improvement activities across some of Toyota’s 14 manufacturing plants include:
Toyota Motor Manufacturing, Alabama (Huntsville)
- Saved 300,000 gallons of water a year – enough to fill half of an Olympic-size swimming pool – by reusing compressor condensate water in the cooling tower. The tower accounts for nearly 50 percent of the facility’s water use.
- Switched to higher-efficiency motors and used compressed air more efficiently.
- Installed LED lighting, solar lights and daylighting to reduce purchased electricity.
- All environmental projects – part of a $1 million investment to make the plant more sustainable – result in annual saving of more than 3.3 million kilowatts hours, equal to 125 average U.S. homes and reducing more than 2,000 metric tons of CO2.Toyota Motor Manufacturing, Indiana (Princeton)
Reduced the volume of air that has to be conditioned in the paint booths, a process that’s necessary for the paint to adhere to vehicles. The project reduced energy use by 125,000 MMBtus, enough to power 1,450 average U.S. homes for a year and reduced greenhouse gas emissions by 8,900 metric tons.
In addition to the energy and greenhouse gas savings, the improved paint process reduced the amount of paint and emissions.
Toyota Motor Manufacturing, Kentucky (Georgetown)
The plant has teamed up with Waste Services of the Bluegrass to generate power from local landfill waste that naturally creates methane gas, marking the region’s first business-to-business landfill gas to energy initiative. Toyota estimates the locally generated landfill gas will supply enough power each year for the production of 10,000 vehicles. Once operational later this spring, the system will generate one megawatt of electricity each hour the system is operating, or about what it takes to power nearly 800 average U.S. homes annually.
Plus landfill greenhouse gas emissions will be cut by as much as 90 percent, resulting in better air quality for the local community.
Toyota Motor Manufacturing, Mississippi (Blue Springs)
- Installed a geothermal heat exchanger that supplies chilled water to a compressed airdryer to eliminate the chiller load in the winter months when the plant’s HVAC systems are not using chilled water. This reduces electricity usage by 1.5 million kilowatt hours per year, equal to 56 average U.S. homes.
- Installed a single axis solar cell array in spring 2013, with a maximum output of 50 kilowatts. The power generated by the array is redirected back to New Albany Light,
Gas & Water, the local utility company, and ultimately is transferred back onto the grid for public use.
Toyota Motor Manufacturing, Texas (San Antonio)
The plant uses about 1 million gallons of recycled water per production day, or about 250 million gallons each year. Since its opening in 2007, the plant has used nearly 2 billion gallons of recycled water. That’s nearly 2 billion gallons that wasn’t drawn from the local Edwards Aquifer.
Toyota’s accomplishments will be recognized in Washington, D.C. on April 20.
LAcarGUY and Toyota of Hollywood formed a connection with Lori Goldman of Friends of Hollywood Central Park to help aid the effort and bring this beautiful dream to fruition. Lori Goldman was interested in forming a relationship with Toyota of Hollywood because it’s been a mainstay in the local community for more than 50 years. If there’s any business interested in helping the local community one with such a long-standing history is it.
All of the added space provides room for countless playgrounds, baseball fields and even an amphitheater. It gives people an area they can go to connect with nature, and get outdoors a bit more. The local park would encourage active fitness and provide a place to run or walk dogs. It’s a cool project that helps bring nature to those who are in serious need of it. The community in this section of Hollywood currently have the lowest ratio of open space to population of any area in California, and if there’s anyone who could benefit from such a project, it’s them. Overall the project will bring 38 acres of lush green park land to the community.
There are countless benefits that come along with this massive one-mile length of proposed park. It would help provide clean air to the rest of the city while providing more than 40,000 jobs to the local community. The project offers a fun and natural place for more than 80,000 local kids to play. It also helps connect both sides of the community that were normally split in two because of the highway.
As the project develops it’s easy to see how beneficial the new park would be for the community. There are still some problems that need to be overcome before the project can actually begin, but with each passing meeting the project comes a little closer to being reality and that’s an exciting thing for the Hollywood community.
Electric vehicles are slowly becoming more popular and are sold to more people each year. Even with more people beginning to own EV’s there are still so many more that don’t know about most of the benefits that these vehicles come with. There’s a reason that so many people are picking up EV’s today, and why so many more will begin to in the near future, and it’s not just to save money on fuel. Electric vehicles are fun to drive, and much more affordable than gasoline vehicles are over the long term. When you consider all the benefits that cars like the VW e-Golf and Nissan Leaf have to offer they make sense to get.
Easier to Maintain
One of the biggest benefits of an all-electric vehicle is that it’s easy to maintain compared to a gasoline-powered one. EV’s have far fewer moving parts and they are less likely to fail or have costly repairs. This means you can do more of the maintenance on your own, and enjoy driving a vehicle that doesn’t have to be worked on all the time. Over time the lack of maintenance will help you save a great deal of time and money.
Save on Fuel Costs
I know, I know gas prices dropped down recently, but even at $2.00 a gallon, or whatever the price is near you, EV drivers are likely still saving on fuel costs. This is because electricity is cheaper than gasoline. When the prices eventually creep backup (and they will!) EV owners will really be reaping the benefits. At 15,000 miles a year it’s likely that an EV driver would save at least $1,000 a year and that figure goes up quite a bit of gas prices increase again.
A Calm and Soothing Ride
Electric vehicles are surprisingly quiet, and that’s not a bad thing. Some car enthusiasts will miss the rumble of a gasoline engine, but I didn’ the first time I took an EV out. Mostly I was amazed at how quiet the ride is, and I kept wondering if the vehicle was on at all. EV’s also smell better than gasoline engines and you don’t have the harmful fumes to worry about breathing in while driving around.
They are a Blast to Drive
Even without all the other benefits it would make sense to pick up an electric vehicle because they are so much fun to drive. If you haven’t experienced one yet you’re missing out and you don’t know the true value of an electric vehicle. Automakers love to go on and on about all the money that buyers will save, or about how the cars are good for the environment, but they never focus on how much fun the cars are to drive.
Electric vehicles accelerate so uniformly and so immediately that it’s like controlling a jet on the road. You step down on the thruster and blast off from a standstill to high speeds nearly instantly. With 100 percent of the torque available right away even small engines feel potent and ready to strike. If you’ve always wanted an electric vehicle for the other benefits, but haven’t had the motivation to go through with the purchase, get yourself to a dealership and test drive one of these cars. Once you realize how fun they are you won’t have any trouble getting the motivation to make the purchase anymore. That’s how good electric vehicles are, and how confident I am in their capabilities.
With all the federal and state incentives, and battery prices dropping each year it makes sense to pick up an electric vehicle if you do a lot of local driving. Whether you get a car, truck or SUV. Your new EV will make driving more enjoyable and save you a bit of cash as well.
When most people think about electric vehicles one of those dinky little Prius models comes to mind, or even an under powered all-electric commuter. It’s vehicles like these that make it hard to imagine Porsche utilizing electric technology to enhance their own vehicles, but that’s just what the automaker intends to do.
Porsche believes that all-electric, and hybrid electric vehicles are the future of the premium segment. There are a few major benefits to using the technology, and one of them is something you might not have considered, added power!
Enhanced Torque and Power
In vehicles like the Cayenne hybrid, or the Tesla Roadster you can really feel all the power and torque available. That’s because electric motors provide a nearly instantaneous power source and ridiculous levels of torque. Even just adding in a small electric motor alongside a standard gasoline engine will add in a noticeable amount of torque to the equation. This makes cars feel more responsive and improves acceleration capabilities dramatically.
Reducing Turbo Lag
Today most automakers are switching over to smaller turbo-charged engines, Porsche included. With turbo’s being used more frequently it makes sense to try and come up with a good reliable fix for turbo lag. There are many advanced turbo systems that remedy lag pretty well, but one of the best solutions is to include an electric motor as well. The electric motor can provide that initial power burst while the turbo-charged engine gets up to speed, masking nearly all of the lag.
More Fuel Efficient Sports Cars
Consumers looking for top-level sports cars normally don’t care about fuel efficiency figures, but the EPA and other sources do. Porsche has to follow fuel efficiency and emissions regulations just like every other automaker in the industry, and electric technology can help them meet the requirements. As regulators become more strict about fuel efficient requirements Porsche will likely lean on electric power more and more to keep their dynamic cars from becoming sluggish when meeting efficiency demands.
All of these very real benefits pretty much guarantee that the Porsche lineup is going to become thick with electric models. Someday every vehicle may integrate some type of electric engine into the mix, but for now you’ll just see more electric and hybrid variations popping up.
Even though Toyota seems to be focusing on Hydrogen Fuel Cell vehicles as the transportation of the future, they are still working hard to develop their electrical technology, and they have quite a few developments up their sleeve. The automaker has two different powerful battery technologies in development that could both dramatically improve the performance capabilities of electric-driven vehicles, one of which is in the prototype stage already, solid-state batteries. Solid State Batteries Toyota is developing a technology known as solid state batteries and they have already produced a coin-sized prototype that manages an impressive level of energy density compared to current lithium-ion batteries. The battery manages an energy density of around 400 Watt-hours per liter, or 400 Wh/L. This is currently close to two times as dense as lithium batteries being used today, which could do great things for electronics in general outside of the automotive industry. On top of offering more energy storage capabilities, this battery can also put out a power stream about five times as powerful as lithium-ion batteries are capable of doing. That means more powerful motors can be driven using fewer batteries. This technology is expected to be released in 2020 and should be perfected enough to hit between 600 and 700 Wh/L by 2025. What Makes them Different Solid state batteries are known as such because they rely on a solid electrolyte in place of the liquid electrolyte that’s used in lithium ion batteries. Instead of nickel-metal hydride or a lithium ion, solid ceramic or a polymer is used instead. This packs more energy into a smaller area allowing for a greater storage capacity. What the Batteries Can Do With solid state batteries being at the current energy density of the prototype in development a family sedan would be able to drive for around 300 miles on a single charge. While this is quite a ways off from the 600 miles that many automakers are shooting for, this is still a huge step forward for the industry overall and something to get excited about. Lithium Air Batteries Toyota is also developing lithium air batteries, but they expect these to take about five to ten years longer to develop than solid state batteries. These batteries rely on a small cathode that interacts with oxygen and requires less materials overall. This makes it possible to squeeze even more energy into a tiny area and could allow up to 1,000 Wh/L of storage by 2030. These two advances represent major breakthroughs for the electronics industry and will make it possible to produce long-distance electric vehicles that are much more efficient than the ones we see today. It’s hard to say if they are simply hedging their bet on Hydrogen fuel-cell vehicles with this technology or if they plan to incorporate it into future vehicles to create something even more sophisticated for drivers to rely on.