Off Grid & Energy Harvesting - IDTechEx Reports and Subscriptions

Piezoelectric harvesting and sensing have been 7% of the piezoelectric business but millions of dollars newly invested in piezoelectric roads and reinvention of sensing for IOT, smart cities healthcare etc. may lead to a new piezo market of over one billion dollars. Patent filings and new materials and formats such as printing, flexible film and coating are strongly increasing in number. This report uniquely covers it all including interviews globally, next technology, markets.

A $10 billion market for mobile zero emission gensets is appearing. Only this report shows how it embraces new marine, air and other opportunities as well as diesel genset replacement. Learn how sales of new wind, tide and solar versions are already involved and use the comprehensive new forecasts and infograms.

Providing insight into the future role of diesel generators, whether their use will continue to increase, or whether the will be replaced by renewable energy technologies. Full analysis is provided of the alternative renewable energy generating and storage technologies available.

AWE is a new generation, zero emission generator - mobile, no infrastructure. In 2018 it moved from 1. Mainly engineering led projects seeking size and 2. Modest sales of hobbyist systems to something in-between that is far more promising - first sales of 30-100kW systems into key verticals. Niche marketing promises billion dollar sales. The rich and patient also have potential with giants in wind farms. Learn developer plans, technology roadmap.

People are moving to cities for reasons such as jobs and entertainment. Over 60% live in cities and WHO and the UN have forecasted figures up to 80% in cities by 2050. Sadly there are big negatives to this such as pollution, water rationing, global warming, social disruption and increased vulnerability to physical and cyber attack. Cities often suffer overwhelmed education and healthcare including the diabetes epidemic and there is chronic obesity from bad eating in cities. Here are the $100 billion antidotes but the smart city will go even beyond these.

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.

Thermoelectric generators are devices which convert temperature differences into electrical energy. The principle phenomenon that underpins thermoelectric energy generation is known as the Seebeck effect: the conversion of a temperature differential into electricity at the junction of two materials.

Invented only a few years ago, triboelectric energy harvesting potentially serves most power levels and formats. Particularly it addresses the trend to smart green materials replacing components-in-a-box. An independent commercialisation roadmap is needed with device, materials opportunities and impediments prioritised. This is it. Exponential growth from making new things possible? If investors and industry get behind triboelectrics, sales including integrated devices could be rapidly passing one billion dollars in ten years.

Sea levels rise: freshwater sources dry up. Time for desalination without global warming or local poisonous gases and off grid meaning more affordable, secure, widely deployed. Off grid zero emission desalination will leap to $35 billion in 2028 including Saudi Arabia gradually spending $500bn on it. This 180 page report full of detailed new infograms analyses such desalination and its future technology roadmap, forecasting a fast growing $35 billion market in 2028. It reveals cost reduction and versatility promised by new zero emission off grid electricity technology and salt removal.

IDTechEx is first to reveal huge investment potential and market opportunity for Energy Independent Electric Vehicles: they never take on fuel or plug in. They are mobile zero emission microgrids with much in common with static microgrids. Best sectors for adoption of EIEVs are forecasted. Infograms and tables clarify the emerging technologies for the necessary extreme energy harvesting and powertrain efficiency that will make it happen. Players, trials, plans, enablers are analysed from latest global information. Technology and product launch roadmaps are presented.

Roads and their surroundings will generate huge amounts of electricity powering automatic de-icing, snow removal, electric vehicle charging, interactive lighting, structural health monitoring and more. The result will be enhanced safety, speed, saving, air and water quality and a $100 billion new business. This report scopes the technologies, players and opportunities, forecasting ten years and road-mapping 20 years ahead.

Off grid electric vehicle charging stations will be a nearly $7 billion business in 2028 and there will be 100,000 energy independent electric vehicles made that year that are their own charging stations. Then all this zero emission adoption will grow really rapidly. This report covers it all from market drivers to forecasts and technology appraisal and roadmaps.

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.

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.

This report gives a detailed introduction on the status of perovskite solar cells both in the technology perspective and business aspect. Technology benchmarking and market analysis are performed to analyse the potential of perovskite solar cells in a number of applications such as utility, BIPV, smart window, outdoor furniture, etc. By 2028 the market is expected to reach over $500 million.

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.

A solid plastic flexible phone. A road that makes solar electricity and de-ices itself. You already adjust the window darkness in a 787 plane by touching it. This is all structural electronics, the term embracing electrics and optics too. It makes new things possible such as solar drones aloft for years and it is creating a huge smart materials business and new products. Only this report covers it all.

Repurposing a second-life for retired electric vehicle batteries is attracting increasing attention due to the potential value that can be extracted from it before recycling. By 2029, second-life batteries will represent around 108GWh storage capacity per year. This report includes a forecast on the future availability of second-life batteries, potential applications, existing industrial implementations, the regulatory landscape, the value chain, key technologies and business models for second-life batteries.

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.

The redox flow battery (RFB) technology, despite higher upfront costs, has a shorter payback time thanks to a good capacity retention even after many thousands of cycles. RFBs retain most of their initial value thanks to the possibility to recycle their core components. Lithium-ion batteries will suffer a setback from the emergence of utility-grade RFBs, which will ease the pressure on the lithium resources needed for electric mobility applications.

Smart Glass is electrically active glass mainly for use in automotive, architectural and avionic windows, with demand growing to $1.1 billion in ten years. It is typically for electronic shading in place of physical blinds, or a semi-transparent PV window to generate electricity locally. As the only comprehensive report covering the technologies and markets, it will assist all in the value chain including building and vehicle designers, sellers and users.

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.

Supercapacitors, also termed as ultracapacitors and EDLC, are an alternative energy storage technology to batteries, capable of delivering short bursts of energy for high-power applications. This report from IDTechEx provides end users with all the tools to navigate the subject and understand both the underlying technology and business opportunities, thanks to IDTechEx's signature 10-year market forecasts.

Digital transformation is the application of digital technology to fundamentally impact all aspects of our society. As it pertains to an enterprise, digital transformation is the reinvention of a business or organization through the use of digital technology in order to improve the way it performs and serves its clients.

Li-ion batteries have become quintessential for consumer electronics; within the next five years we will also see them increasingly deployed in electric vehicles. In this report, IDTechEx brings you on a journey around the world's gigafactories and emerging battery materials, with technology comparisons and market forecasts up to 2028. Over 140 Li-ion battery manufacturers are listed and compared, and key insights are collected from the main industry trade shows worldwide.

This report focuses on battery energy storage applied in residential, commercial & industrial and utility-scale applications. It covers benefits/values provided by battery storage systems, cost analysis, economic evaluation, available and future business models, go-to-market strategies, market status analysis globally, 10 year market forecasts segmented by country and application and key company profiles. The market value for residential, commercial & industrial and utility-scale battery systems will reach $6 billion in 2026.

Electrically Conductive Adhesives (also known as conductive epoxies) are used to form interconnects in a broad range of products and industries. Trends such as increasing numbers of LEDs and sensors, curved and flexible displays in more products, in-mould electronics, and thin film photovoltaics are placing more stringent requirements on ECAs and driving a $3.3 billion market by 2026.

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.

As the business of electric vehicles for construction, mining and agriculture exploits commonalities, it will grow more than six-fold in the next decade, setting EV records for unit price and volume and good margins. Understand the innovators, technology and market roadmaps and detailed forecasts.