Energy Storage - IDTechEx Reports and Subscriptions

• The report provides a holistic picture of the Li-ion market, where demand is coming from, and the players involved in cell, cathode and anode manufacturing. • It provides in-depth analysis on the various technological developments and trends taking place in Li-ion batteries to allow informed strategic investment and business development decisions.

By 2030, electric vehicle charging infrastructure will become a $40 billion market. In this report, we offer a comprehensive and in-depth analysis of the various charging infrastructure for both passenger and commercial electric vehicles including conductive and wireless charging among others as well as key technologies such as fast charging, inductive and capacitive charging, robotic charging and battery swapping. A ten-year market forecast on EV charging infrastructure by sectors, power levels, applications and major regions is presented.

The growing flow battery market is expanding in the utility sector with the vanadium technology accounting of 95% of the total market. The report provides a comprehensive and in-depth analysis of the flow battery technologies, together with an overview of the current market, and future opportunities. This would allow OEMs, chemical companies, and investors, to understand the current technological development, market size, and future opportunities, of redox flow battery industry.

By 2030, Li-ion battery demand will exceed 3 TWh, providing both opportunities and risks. In this report, we provide a comprehensive analysis of the Li-ion supply chain, including key technologies, players, demand forecasts and cost analysis. The analysis and insight from this report will help to provide clarity for investment in the growing LIB market.

Conformal solar bodywork makes truly solar vehicles get at least 10% of their travel from daylight. Large orders are being placed for such vehicles. This report deeply investigates how several technologies achieve this, where and what comes next, even benchmarking best practice in solar boats and aircraft. Its $15 bn forecast for solar cars has upside potential now many majors are involved.

By 2030, second-life electric vehicle battery capacity will exceed 275GWh per year, which provides huge opportunities for companies across the automotive and energy storage sectors. In this report, we offer a comprehensive and in-depth analysis of the key technologies, players and market opportunities across the second-life battery value chain. Insights from this report will help companies reflect their business models to better seize the value opportunities provided by second-life batteries.

The business of electric vehicles and their batteries is changing rapidly so new analysis is essential. This new facts-based analysis has much more detail 2020-2030 that is available anywhere else.

2018 was a remarkable year for stationary energy storage. Governments and policymakers around the world are beginning to wake up to the value batteries can offer to the grid, both in terms of flexibility and decarbonisation. The new IDTechEx report 'Batteries for Stationary Energy Storage 2019 - 2029' provides details on the more than 6GWh of stationary energy storage deployed in 2018, with forecasts up to 2029 by country and segment.

The supercapacitor market has bottomed out and is now into a sustained period of strong growth. Recent actions of three giant companies not usually associated with supercapacitors illustrate why. Tesla just bought supercapacitor number one Maxwell Technologies. Geely of China has given Maxwell an order for the first widespread use of large supercapacitors in both 48V mild hybrid and full hybrid cars under its Volvo and other brands.

Energy storage in buses and trucks is similar. These storage markets are growing rapidly to over $200 billion in 2029. Urban buses and delivery trucks are well into electrification, pure electric versions with large batteries dominating. Now larger trucks are a focus: the world has ten times as many trucks as buses. 1.5 million school buses will electrify. See detailed forecasts in units, cost, market value and technology roadmaps.

This technical report from IDTechEx contains a detailed look into an emerging class of solid electrolytes for Li-ion batteries, which are described and classified into three main categories (polymer, inorganic, composite), as well as several sub-categories (LiPON, sulphides, garnets, gel polymers, etc.). A unique patent analysis carried out on 1300 documents complements the chemical overview with a business perspective over the most promising electrolyte technologies.

This report begins with the latest trends and drives in flexible, thin-film and printed batteries. IDTechEx started to track technologies, markets and players in this field since 2014 and this report provides detailed technological analysis and gives a 10-year market forecast based on market assessment of areas such as; wearabless, Internet of Things, smart and portable devices, medical/cosmetic, smart packaging, RFID and more.

Fuel cells (FC), particularly those based on hydrogen, have long been heralded as the solution for electric transportation. While batteries have stolen the scene in recent years, IDTechEx has identified a number of applications where FCs can offer a better solution than Li-ion batteries, especially when it comes to range and fast refuelling. We believe this market can potentially boom to reach $200B by 2029.

Better active electrode materials are matched to improved electrolytes spawning many new supercapacitors and derivatives with cost reduction and virtuosity that will power large future sales from load bearing to textile versions. Now is the time to participate. Learn of opportunities from exohedrals to MXenes. Access latest interviews, presentations, expert viewpoints with forecasts and roadmaps. Assess most promising new organic and inorganic materials and performance potential in different hybrids and symmetrical EDLC with or without strong optimised pseudocapacitance.

Advanced Li-ion battery technologies are being developed all the time, but only a few make it to the mass production stage. This report analyses all main cathode (LCO, NMC, LFP, NCA) and anode (graphite, LTO, silicon, lithium metal) chemistries and benchmarks their potential against other existing or future battery technologies, such as lithium sulphur, lithium air, supercapacitors, redox flow batteries, sodium ion batteries, and zinc batteries.

Learn market drivers, best practice through over 100 organisations, microgrid-in-a-box, distributed microgrids, vehicle-as-microgrid. For external zero-emission, off-grid ZEOG charging, this big-picture approach pays off, revealing huge markets in sectors rarely studied. For example, with most people in city apartments, IDTechEx finds the first large opportunity is not cars but off-road industrial vehicles. Many others are found including, later, a huge market for solar houses charging cars.

Understand hybrid and pure-electric vehicles and robotic for agriculture, forestry, turf care and their zero emission charging microgrids. Land vehicles the priority but drones and aquaculture covered. Depth on needs, challenges, players, applications, strategies, key enabling technologies including autonomy. Latest examples throughout. See detailed 2020-2030 forecasts in number and value for technology and achievement future timelines.

This report includes detailed sections on: passenger cars, buses, light commercial vehicles, medium & heavy duty trucks, micro-EVs, construction, agriculture, mining, aircraft, and marine. For each category a granular 10-year market forecast has been given by units, market value, and batter capacity.

Understand hybrid and pure-electric vehicles for mining and their charging microgrids with land vehicles the priority as the largest opportunity. Depth on needs, challenges, players, applications, strategies, opinions and key enabling technologies including a close look at autonomy examples, systems and components. Followers and leaders identified, appraised, compared.

Electric light commercial vehicles not only address the pressing environmental concerns facing on-road transport, they also increasingly offer the potential of significant TCO savings for LCV operators who transition their diesel fleets to electric. As a result, the eLCV market is uniquely poised for rapid electrification. IDTechEx's new Electric Vans forecast 2020-2030 report provides a granular ten-year outook for eLCV production, market penetration, market revenue and battery capacity requirement, at global and regional levels, to help companies make effective plans in this rapidly evolving sector.

Understand hybrid and pure-electric vehicles for construction, agriculture and mining and their charging microgrids, with land vehicles the priority as the largest opportunity. Depth on needs, challenges, players, applications, strategies and key enabling technologies including autonomy. Many latest examples throughout by company and vehicle. A massive $200 billion in 2040? See forecasts in number and value for 19 categories, technology and achievement timelines all 2020-2030. No other report comes close.

The medium and heavy-duty truck market is evolving. The days of the fossil fuel powered combustion engine are numbered. The IDTechEx Electric Truck 2020-2030 report provides 48 forecast lines for battery electric and fuel cell electric trucks, that include a ten-year outlook for vehicle production, market penetration and market value, separated by medium and heavy-duty, in the key regions, China, North America and Europe. This report will help businesses across the automotive value chain plan for the future in this rapidly changing market.

Thermal management is one of the key requirements across all electronic devices, power modules, telecommunications, energy storage, and more. It is well known that the improvements in power and reduction in size results in significantly more heat that must be dissipated. It is reported that over half of electronic failure occurrences are due to thermal issues.

This report reveals new materials combining electronic, electrical, optronic functions, forecasting a $200 billion opportunity. Monolithic flexible phones. Bionic man. Solar vehicles never plug in. One option - in-mold electronics -reduces car parts 95% by creating electrically-multifunctional single pieces. Chapters detail replacing dumb load-bearing structure even for roads, buildings, windows.

New research by IDTechEx in its report, "48V Mild Hybrid and 48V Full Hybrid Vehicles 2020-2030" reveals that the 48V mild hybrid powertrain is a done deal. Launched in 2016, now a flood of car models with this modification to traditional cars will keep them legal in the face of tightening emissions laws and save fuel. Indeed, it is now clear that they improve comfort, for example by powering active suspension and in some cases improve performance too. Next year the 48V repertoire will be seen from Ferrari to Volkswagen Golf and family cars in China. The Bentley Bentaygo and RAM pickup truck has the option so its universality is well proven even before we see substantial sales in the Daimler bus version. None are electric vehicles because they never drive the wheels electrically but it is now clear that they can be developed into just that. They are 48V mild hybrids heralding another big step forward, the 48V full hybrid.

This report offers a detailed analysis of the technological and commercial progress as well prospects of graphene, carbon nanotubes and non-graphene 2D materials. This grouping of material technologies makes sense because graphene and CNTs, despite their morphological differences, have much in common; whilst non-graphene 2D materials promise to offer complementary properties.

Whilst diesel and gasoline-powered vessels currently dominate maritime transportation, the market for electric and hybrid vessels is growing rapidly. The industry is facing an inflection point as vessel owners and operators are driven by a plethora of restrictions surrounding emissions of NOx, SOx and greenhouse gases.

Fluoropolymer market growth becomes powered by newly optimised electrical and electronic uniques such as triboelectricity, artificial muscle, ion exchange. Here comes electricity generation from floors, architectural textiles, sails. New formulations serve many functions in one device such as sensing, actuation, signalling. We prioritise what is arriving for morphing aircraft, next generation batteries, fuel cells, ocean wave power and more. Billion dollar businesses, premium pricing and huge benefits to society await.

The key next iteration for fiber reinforced polymer composites is the concept of multifunctionality. This is the idea of making a structural part carry out additional role(s) beyond their current primary mechanical task. The market for smart composites is forecast to exceed 5 ktpa by 2029. This includes: enhanced electrical & thermal conductivity, embedded sensors & actuators, energy storage & harvesting, data transmission, self-healing, and adaptive response (morphing) mechanisms.

Petrol motorcycles have largely stagnated in the US and Europe since the financial crisis, while sales volume in India nearly topped 20 million last year, up 15 percent. With most motorcycles below 150cc in India and south-east Asia, the potential for electric two-wheelers huge. Against the backdrop of tightening regulations, government subsidies and fresh targets for 2030, we predict the electric two-wheeler market will grow to $41 billion by 2029.

Only this report interprets it all. Understand new and future technologies, players, formats. Which research and applications are dead ended? What vibrant new markets leverage flexible, structural, other new forms? Grasp why triboelectrics will prosper, how "massless energy" reduces the weight of a wearable. In the last few months, we had first big orders for solar roads, wave power, diesel genset replacement: see reasons, forecasts, many gaps in harvesting market.

Forget problems of barrages and dams for water power, making electricity from water movement without dams or barrages is powering to a $66 billion market in 2038. Attention has swung to the huge opportunities for open water power created by many technological breakthroughs. Wave power companies successfully sell up to 10MW systems, their focussed marketing creating huge pipelines of potential orders. Tidal power developers have demonstrated large amounts of grid power and some now target the needs for affordable, redeployable systems that will create many billion dollar businesses.

Poisonous materials are arriving in many electronic and electrical devices and structures. Mostly, there is no listing of them, assessment of risks, description of alternatives. For the first time this report looks at the toxicity and likely prevalence of the burgeoning number of materials and devices of concern, making recommendations concerning better legal constraints. It reveals many little known alternatives that are safer in manufacture, use, abuse and disposal.

Cities are moving from dirty backup electricity to using expensive rusting insecure national grid only as backup then achieving energy independence using electricity sun, wind, and water. Learn the whole picture to 2050 including 10MW solar car parks and chargers, solar windows and roads, converting road and path movement, airborne wind energy and more all closely appraised, compared, forecasted in lucid new infograms, roadmaps and forecasts by PhD level analysts.

Zero emission minigrids and the like will mainly rely on solar and wind power including many new forms but other technologies are shown to be increasingly relevant. This report reveals how the market is much larger than commonly portrayed, from replacing 800GW of diesel gensets to empowering islands and developing countries and even people cutting loose from national grids and vehicles and ships becoming minigrids.

Millions of devices that had batteries are now redesigned to avoid them, unlocking new business. This new 300+ page report reveals latest ways of eliminating batteries to permit mass deployment of IOT, electric vehicles with "perpetual" speed and almost unlimited life and much more. See relevance and technology for applications from sensors to the energy grid and ships.

We identify 37 families of new and rapidly-evolving electronic and electric device, spanning nano to very large devices. Most chemical and material companies wish to de-risk their investment by finding common formulations across this new business that has a potential of over $50 billion for them. Indeed, the biggest markets for new and reinvented electrical and electronic devices may get commoditised first or collapse suddenly, leaving the materials suppliers high and dry. Read this report to avoid such a fate.