Bosch CORE18V Battery Platform
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This document discusses advancements in lithium-ion battery technology for cordless power tools. It notes that competitors have traditionally increased battery power by adding more cells, but this makes the battery larger, heavier, and hotter. The document introduces a new battery platform called CORE18V that enhances cell performance, includes a cooling system, and uses improved cell chemistry and construction to deliver more power without increasing size or weight. It claims this battery provides a revolution in cordless power tools by supporting a single platform that can be used across every tool and application.
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Grevault, a prominent subsidiary under the umbrella of the esteemed Huntkey Group, has emerged as a trailblazer in the realm of digital intelligent monitoring solutions, revolutionizing the landscape of battery energy storage system manufacturing on a global scale. The company's commitment to excellence is evident across various facets of its operations, including independent design, cutting-edge research and development initiatives, and advanced manufacturing technologies.
Distinguished by its leadership position among battery energy storage system manufacturers worldwide, Grevault is at the forefront of innovation. The company's diverse range of products encompasses household energy storage systems, industrial and commercial energy storage solutions, photovoltaic power stations, charging piles, and power supplies for new energy vehicles.
Grevault household energy storage systems represent a pinnacle of technological sophistication, providing end-users with intelligent solutions to optimize energy consumption. These systems not only enhance energy efficiency but also empower consumers to actively engage in sustainable living practices, aligning with the global push towards cleaner and greener energy alternatives.
In the sphere of industrial and commercial energy storage, Grevault delivers robust and scalable solutions tailored to meet the unique energy demands of businesses. These systems contribute to both cost savings and environmental sustainability, positioning Grevault as a trusted partner for enterprises seeking to embrace clean energy solutions.
The foray into photovoltaic power stations underscores Grevault's commitment to harnessing solar energy for large-scale electricity generation. Leveraging cutting-edge technology, these power stations maximize energy output, reducing dependence on conventional power sources and mitigating the environmental impact associated with traditional energy production methods.
Grevault's contribution to the growth of electric vehicles is evident in its development of efficient charging piles. As the world increasingly embraces electric mobility, Grevault's charging infrastructure plays a pivotal role in supporting the widespread adoption of electric vehicles, reducing reliance on fossil fuels, and fostering sustainable transportation alternatives.
Furthermore, Grevault extends its commitment to sustainable transportation through the development of power supplies for new energy vehicles. By providing advanced and reliable power solutions, Grevault contributes significantly to shaping the future of clean and sustainable mobility.
Company website: https://www.huntkeyenergystorage.com
Final Presentation_1_J.A..ppt
The document describes a project to design a battery-supercapacitor hybrid energy storage system to power an intermittent 1kW load for 18 seconds every 2 minutes. The system is intended to use a lithium-ion battery to provide average power for at least 20 minutes and a supercapacitor to provide pulse power. Key objectives are to construct the battery pack, supercapacitor, hybrid structure connecting them, a programmable load, test the system, and suggest improvements. The team constructed a 14-cell lithium polymer battery pack, 165F supercapacitor, control module, and tested a prototype hybrid system meeting objectives.
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This document discusses thermal issues related to electric vehicle batteries and various thermal management techniques. It begins by explaining how battery temperature greatly impacts performance, safety, reliability and lifespan. It then reviews common thermal management options for electric vehicle batteries including using air or liquid for heating and cooling. The document also discusses techniques for improving battery life such as standby thermal management while the vehicle is plugged in and thermal preconditioning of the battery and cabin before driving. The tradeoff between thermal management and thermal comfort is also noted.
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This guide explains how a battery backup works, how to specify an inverter and how to size a battery bank for backup applications.
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This document describes a novel technique for using supercapacitors in a hybrid electric vehicle to reduce battery stress. It proposes connecting supercapacitors in parallel with the vehicle's batteries. The supercapacitors would supply transient current demands, reducing the battery current drawn by up to 30% and extending the battery lifespan. It provides background on hybrid electric vehicles, supercapacitors, and compares their advantages to batteries. Diagrams show how the proposed energy storage system would operate under different driving conditions.
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Supercapacitor module applications for customers
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This document summarizes a presentation on battery thermal management in electric and hybrid electric vehicles. It discusses how battery temperature affects performance and life, and why thermal management systems are needed. It describes different thermal management approaches including active vs. passive and using air or liquid for cooling. The document also provides data on heat generation rates and thermal properties of different battery types to inform thermal management system design. Overall it aims to help vehicle manufacturers design effective battery thermal management systems.
Ultracapacitor based energy storage system for hybrid and electric vehicles
Ultracapacitors and its applications in energy storage in vehicles
and hybrid energy storage systems
contents
*Introduction
*Capacitors and Ultracapacitors
*Advantages of ultracapacitors
*Conventional ESS
*HESS(Hybrid Energy Storage Systems)
*Design and Working
*Operation of Proposed Systems
*Conclusion
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This presentation summarizes different types of energy storage technologies, including thermo-mechanical, electrochemical, and electrical storage. Thermo-mechanical storage discussed flywheels and pumped hydro, with pumped hydro storing potential energy by pumping water between reservoirs. Electrochemical storage reviewed vanadium redox flow batteries, zinc-bromine flow batteries, and lithium-ion batteries. Electrical storage examined supercapacitors and superconducting magnets, with supercapacitors charging much faster than batteries but having a shorter lifespan. The presentation provided advantages and disadvantages of the different energy storage methods.
Energy storage
This document is about the Importance of Energy Storage, how to the energy can be stored and the advantages and disadvantages of the different types of Energy storage elements
IRJET- Analysis of Hybrid Energy Storage System for Electric Vehicle
This document discusses a hybrid energy storage system for electric vehicles that combines batteries and supercapacitors. It begins by introducing the challenges of battery life and charging times for electric vehicles. It then explains that supercapacitors can help address these issues by supporting batteries during peak demands, improving efficiency, and extending battery life. The document provides details on how batteries and supercapacitors work and their advantages when combined in a hybrid system. It describes the basic configuration of such a hybrid energy storage system for electric vehicles.
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Long duration energy storage (LDES) is needed to support grids with high levels of renewable energy like solar and wind. LDES provides storage for periods of 4-24 hours or longer. This represents a large market opportunity worth $1.5-3 trillion over the next 20 years. As with solar panels and batteries, LDES costs are expected to decrease significantly over time. The document explores potential LDES technologies and their characteristics, such as efficiencies, self-discharge rates, and round-trip efficiency. An optimal solution would have a unique technical approach, low levelized cost of storage under $100/MWh, and leverage existing supply chains without relying on critical minerals.
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Hatch worked with a battery vendor to complete engineering for 300kW/1.2MWh battery energy storage systems at two mine test locations. Battery energy storage improves performance and efficiency of isolated diesel and wind/solar-diesel hybrid power systems by allowing diesel generators to operate at peak efficiency and providing frequency regulation and spinning reserve. It also improves stability and lowers costs for hybrid systems by turning off unnecessary diesels when clean power is available. Hatch develops optimized energy storage solutions to reduce operating costs with short payback periods.
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This document describes the design of an intelligent battery management system (BMS) for solar photovoltaic (PV) systems. It discusses the need for a BMS to optimize battery usage, minimize damage, and enhance reliability. It then outlines the major subsystems of the BMS, including the solar PV array, DC-DC converter, battery, and controller. Mathematical models of these subsystems were created in MATLAB, including models of the solar PV array, DC-DC converter, lithium-ion battery charging characteristics, and state of charge estimation. Simulation results demonstrating 2-stage and 3-stage constant-current constant-voltage charging are presented. Future work planned includes improving the charge controller and adding maximum power point tracking
IRJET- Dynamic Chargingof the Lead Acid Battery using the Programmable Interf...
This document discusses a technique for dynamically charging lead acid batteries used in electric bikes to improve battery efficiency and lifetime. The system uses a programmable interface controller (PIC) microcontroller to dynamically charge two secondary batteries from each other and a primary battery based on each secondary battery's voltage level. This is done using boost and buck converters connected to relays controlled by the PIC to transfer charge between the batteries. Simulation results showed this dynamic charging approach achieves better energy cost performance than conventional charging methods without requiring knowledge of usage in advance.
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Bosch CORE18V Battery Platform
- 2. 2 POWER TO PERFORM THE EVOLUTION OF Li-Ion BATTERIES INCREASED POWER = INCREASED WEIGHT 7.2V 12V 14.4V 18V 24V 36V 60V SIZE IS THE GAME CHANGER 12V: for applications where compactness is more relevant than power, 14.4V declining +24V: for specialty tools Once basic power and runtime requirements are met, users prefer smaller, lighter and less costly batteries
- 3. 3 POWER TO PERFORM COMPETITORS GET MORE FROM A BATTERY BY: INCREASING THE NUMBER OF CELLS The current competitive approach is to add more layers of cells; building a larger, heavier, hotter battery and creating – USER FRUSTRATION. MORE CELLS LARGER BATTERY MORE WEIGHT MORE CELLS LARGER BATTERY MORE WEIGHT You can really only accomplish more power and runtime in three ways: Add more cells Enhance cell performance Cooling system and advanced electronics (get more power to the tool by improving efficiency)
- 4. 4 POWER TO PERFORM CORDLESS JOBSITE REQUIREMENTS Users are demanding solutions that offer power, runtime and longer life in a compact design POWER – to Perform the application at hand RUNTIME – how long the battery will last before it needs to be charged LIFETIME – how long the battery will last before it needs to be replaced COMPATIBILITY – one battery platform for all tools ERGONOMICS – lightweight and compact for all-day applications FAST CHARGING – how quickly can it be charged RELEVANT RANGE – do you have what I need Tool / Battery Battery Tool / Battery Tool / Battery Battery / Charger Tool / Battery Tool / Battery
- 5. TO DATE – CORDLESS TECHNOLOGY Has not been able to make a cordless jobsite. Until now
- 6. POWER TO CHANGE THE BEST BUILT BATTERY ON THE PLANET* *vs Leading Power Tool Competitors
- 7. 7 POWER TO CHANGE A REVOLUTION IN CORDLESS POWER TOOLS IS STARTING ONE PLATFORM EVERY TOOL ANY APPLICATION Built around CORE18V – the most advanced battery platform on the planet*. CORE18V provides unleashed POWER and PERFORMANCE without compromising SIZE or WEIGHT. *vs Leading Power Tool Competitors
- 8. POWER TO PERFORM 8Present generation of 18V battery cell (18650) has reached its performance limit THE CORE18V SOLUTION IMPROVED CELL CHEMISTRY Advancements in cell technology from standard density to new higher density cells BATTERY CONSTRUCTION Welded cell connectors and power rails increase efficiency for moving current = MORE POWER; lower inner cell resistance prevents battery from overheating COOLING SYSTEM Management of heat generation & transference of heat away from cells with patented heat sink design and removal of airpockets for 135% LONGER LIFETIME and MORE USABLE CELL ENERGY 18650 20700 65mm 70mm 18mm 20mm Standard Density Cells = 800W High Density Cells = 1500W
- 9. 9 POWER TO PERFORM DEVELOPING POWER FOR THE FUTURE FUTURE Tool will tell battery what to draw <800W STANDARD POWER 800-1500W HIGH POWER 1500-3000W EXTREME POWER Future Density Cells High Density Cells Standard Density Cells ONE PLATFORM EVERY TOOL ANY APPLICATION FOR ALL USER NEEDS
- 10. POWER TO CHANGE MAKE THE RIGHT INVESTMENT