Monza Energy Llc

[Valorie Carlee]

TheLegend Monza Smart Folding Electric Bike, the perfect urban e-bike designed to enhance your riding experience with its advanced features and impressive performance. Equipped with a Bluetooth joystick IWOC, hydraulic disc brakes, 6 gears, and a removable battery integrated into the frame, this folding electric bike offers convenience, versatility, and power.One of the standout features of the Monza is the MAHLE Smartbike system, which sets it apart from competitors. This innovative system reduces energy consumption from the powerful 250W motor by 15% to 20% compared to similar models, enabling an impressive range of up to 80-100 km in economy mode. Enjoy extended rides and explore the city with confidence, knowing that your battery will last.The Monza incorporates several notable updates. The addition of big balloon Schwalbe Big Ben tyres with a shock absorber effect ensures a smooth and comfortable ride, absorbing the impact of uneven terrain. The new rear rack features a special lift for saddlebags, offering convenient storage options for your belongings. Tektro hydraulic disc brakes provide reliable and precise stopping power, ensuring your safety on the road. Additionally, the steering head tube is equipped with an anchoring system for bags and baskets, enabling the weight to be transferred directly to the frame without compromising manoeuvrability.Despite its folding design, the Legend Monza maintains a versatile geometry that accommodates riders ranging from 5'2" to 6'2" (160cm - 190cm). With Schwable Big Ben high-speed, anti-puncture tyres and full suspension, set at 2 bar, the bike effortlessly smooths out any irregularities in the terrain, providing a comfortable and enjoyable ride. The Legend engine unit is not only powerful but also robust and lightweight, with a 5:1 gearbox that maximizes torque and efficiency around 23km/h, converting an impressive 80% of the energy into motion. The speed reading sensor with 6 pulses per cycle ensures accurate speed management.The Monza features a removable Li-ion battery with added features such as a USB port, thermal sensors, and programmed BMS electronics for optimized charging and discharging performance. Stay connected and ride with confidence, knowing that your battery is equipped with advanced technology to deliver optimal performance.Experience the ultimate urban e-bike with the Legend Monza Smart Folding Electric Bike, combining convenience, power, and innovation in one compact package.

MAHLE Smartbike electrical system for an absolute control of the bike and the surroundings. This is a German technology developed to merge the bike with its user. The iWoc joystick on the electric bike has buttons and LEDs indicating the basics: battery status and level of assistance. With this, the electrical system can work by itself. If you want to access the endless features provided by MAHLE MySmartbike, , download and install the free APP in your IOS/Android device and link it to the bike through the Bluetooth module included in the joystick. From your personal cloud, you will be able to see all the information regarding your ebike tour: maximum, minimum and average speed, calories consumed, altitude, route difficulty, detailed times, etc.

As an innovative module manufacturer, Waaree Energies operates an advanced solar module testing laboratory, the first in India to have been accredited by the Indian National Accreditation Board for Testing and Calibration Laboratories (NABL). The PV modules used in the Borealis Monza installation have been certified according to the solar module standards of the International Electrotechnical Commission (IEC), an association that publishes global standards for a variety of electrical technologies, including solar. The modules used in Monza are also in conformance with the Italian Fire Class certification UNI 9177. Solar-generated electricity is expected to provide power to Monza operations by the third quarter of 2021. The amount of clean energy thus generated will save nearly 90 tons of CO2 emissions per year, the rough equivalent of having planted around 4,000 trees.

Hello, world! We are excited to emerge from stealth and introduce Efficient Computer, the company that is revolutionizing energy-efficient computing. It was only about a year ago, in February 2023, when we welcomed our first non-founding employee, and today we received our first silicon back from the foundry.

Improving efficiency requires a fundamental rethinking of how we design computers. Others have approached this problem by restricting programs, i.e., limiting the processor to only run programs where parallelism is easy to find. These restrictions let designers simplify and specialize the hardware. While this approach improves efficiency, it gives up on general-purpose programmability, which is a huge problem. Generality is efficiency: any part of a program that runs inefficiently quickly limits energy-efficiency of the entire system. Moreover, these specialized processors ignore software, which is where the real value lies in computing.

At Efficient, we are taking a different approach. Going back to the original research at Carnegie Mellon University with Graham and Nathan, we embraced the value of software, and have sought from the outset a general-purpose, post-von Neumann processor design that is easy to program and also extremely energy-efficient.

I am extremely excited for the year ahead. The seed funding has enabled us to grow our team to 20 amazing employees, and we are executing full-speed-ahead towards our next tapeout and release of our software development kit later this year. New customer stories arrive by the day, showing how Efficient technology will enable smarter, longer-lasting devices from consumer IoT, to industrial IoT, civil infrastructure monitoring, and defense.

Lastly, I gladly welcome Greg Reichow, General Partner at Eclipse VC, to the Efficient Board of Directors. Greg was formerly VP of Production at Tesla, and his experience has already helped us scale our team and plan our road map for the years to come. I am thrilled to have Greg on-board to grow Efficient to dominate the world of energy-efficient computing. Go team!

Chip startup Efficient Computer has emerged from stealth mode and unveiled a processor microarchitecture that promises to be 100 times more energy efficient than currently available general-purpose CPUs. The reconfigurable processor architecture is tailored for specific use cases, particularly in low-power embedded and edge computing, and requires a proprietary software stack (compiler) that supports general programming languages. Reuters reports that Efficient already has its first test chip, called Monza.

Traditional general-purpose processors are architected to handle virtually all workloads possible and to be backwards compatible with software released decades ago, which greatly increases their complexity and eventually power consumption. As Efficient Computer puts it, they are overdesigned for generality and spend loads of power on inessential internal data movement and instruction control overheads. Efficient's Fabric architecture is a reconfigurable dataflow processor architecture that can execute specially optimized code with parallelism on its 'computing fabric.' The architecture was developed in over seven years of research at Carnegie Mellon University.

Recompiling software is a must for this architecture, so software compatibility will be a limitation of Fabric-based processors on the mainstream market. Efficient's software stack supports major embedded languages, so developers of actual applications will be able to quickly recompile their code for the fabric architecture.

Efficient provides few details regarding how its processor architecture works, but based on how the company describes it, it looks like the CPU resources can be adjusted by software for a particular workload, which can greatly enhance efficiency. Meanwhile, Efficient claims that Fabric can handle general-purpose data processing computations, data analytics, and be used for AI and ML, which suggests that we are dealing with an inherently parallel architecture. Efficient says its Fabric architecture is 100 times more efficient than microcontroller units (MCUs) and consumes 1,000 times less power than GPUs. What the company has not revealed are actual performance numbers for chips based on the Fabric architecture.

Yet Efficient is wasting no time to remind us of several key advantages of processors with low power consumption. In general, Fabric enables more efficient on-device computing solutions (which eliminates or reduces costly communication to the cloud), lower operational costs, larger fleet sizes, and a reduced environmental impact. Ultimate energy efficiency could create new use cases and even new classes of devices, which will diminish its software compatibility issues as those devices will need new software anyway.

"Energy consumption impacts nearly everything in modern computing, from where devices are located to the capabilities they offer and the scale of their deployment," said Brandon Lucia, co-founder and CEO of Efficient Computer. "We are removing the energy barrier from computing at the edge, while giving developers the freedom and flexibility to quickly build devices and applications at scale. Efficient hardware and software will significantly reduce energy consumption for computing, creating entirely new categories of use cases."

"The technology community's long-held secret of highly inefficient general-purpose processors has slowed innovation and limited applications, particularly at the edge," said Greg Reichow, partner at Eclipse. "More than just closing this gap, the Efficient team is introducing an entirely new category of processor that is enabling organizations to reconsider what is possible. With its unmatched energy efficiency, the software-agnostic processor is capable of powering a variety of smart devices with additional capabilities designed to improve the user experience, data consumption, and overall serves as a catalyst for innovation moving forward."

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