VC and corporate investment in startups developing technology enabled solutions to climate change, and the transformation to net zero emissions, grew at a faster rate than VC investment as a whole between 2013 – 2019. In that time, US$60 billion of early stage capital was invested globally into startups contributing to tackling the net zero challenge.
As Climate Week in New York focuses attention on transforming business and economies to net zero emissions, the new research by PwC examines the global startup ecosystem critical to commercialising the innovation needed to make a net zero future a reality. The first-of-its-kind analysis defines the climate tech investment landscape, and examines global early-stage climate tech deals, volumes, trends, sectors and investors. Climate tech is defined as a broad umbrella of solutions to reduce greenhouse gas (GHG) emissions across energy, transport, the built environment, industrial processes, and food and land use; in addition to shifts towards less resource-incentive business models, or carbon removal technologies.
While climate tech is a nascent sector overall in the VC market (approx 6% of total capital invested in 2019), climate tech VC investment increased from US$418 million per annum in 2013 to US$16.3 billion in 2019. That is approximately three times the growth rate of VC investment into Artificial Intelligence (AI) over the same period.
Key factors influencing investment include capital efficiency to prove and scale solutions; and the potential for the solutions to provide cost effective carbon reduction or removal.
Nearly half of all venture dollars ($60bn) went to US and Canadian climate tech startups (US$29 billion); China is second at US$20 billion. The European market attracted US$7 billion. Mobility and Transport solutions dominate US and China investment.
“The analysis shows the urgency of the opportunity, and gap to close, to support and scale innovative technologies and business models to address the climate crisis,” comments Celine Herweijer, global leader, Innovation & Sustainability, PwC UK. “Climate tech is a new frontier in venture investing for the 2020s.”
“Some of the technologies and solutions critical to enabling this transformation are proven and need rapid commercialisation, which is why venture capital is key. It will not need trillions invested in startups to make a difference. But for the trickier technologies and markets it will need targeted support, including from governments, to make it through research and development, and the early stages beyond which capital increasingly is lining up.”
Drivers for growth
Climate tech related to mobility & transport, heavy industry, and GHG capture and storage are the fastest growing segments in the analysis, followed by food, agriculture, land use, built environment, energy, and climate and Earth data generation.
Investment in micro-mobility such as e-scooter and bike platforms and wider transport innovation has grown dramatically, recording a compound annual growth rate (CAGR) of 151%, and representing 63% (US$37.4 billion) of all climate tech funding over the past seven years. The scale of transport innovation has also driven bigger deals.
“The climate tech market is maturing. As a society we are seeing more entrepreneurs launch startups, more investors back them, and an increasing number of larger funding rounds for later-stage high-potential deals.”, said Azeem Azhar, Senior Advisor to PwC UK, founder of Exponential View, and co-author of the report. “But PwC’s analysis shows the ecosystem is still nascent, with key gaps in the depth and nature of funding available to founders and tricky structural hurdles for them to navigate as they scale their businesses.”
Climate tech venture funding is coming from every corner of the market. Investors range from more traditional VC firms and venture funds specialising in sustainability, to corporate investors including energy majors, global consumer goods companies and big tech, government backed investment firms, and private equity players getting exposure to deals earlier.
The strategic role of corporate venture capital (CVC) in particular, is key to many climate tech startups. Particularly those typified by high capital costs, targeted at disrupting asset-heavy incumbent industries with high barriers to entry, such as in energy, heavy industry and transport. For Mobility & Transport, 30% of the climate tech deals include a CVC firm, and in Energy, 32% of capital deployed came from CVCs. Overall, nearly a quarter of climate tech deals (24%) included a corporate investor.
“The involvement of corporates will be key to the continued success of climate tech – both in terms of their net zero commitments driving demand for new solutions, and their investments into commercialising innovation. It’s not just the financial means they bring, but the commercial know-how, and industry knowledge to help startups navigate how to rapidly deploy and scale new innovations into the market,” comments Celine Herweijer.
Analysis of the top investment centres in Europe, Asia and the Americas shows climate tech startup investment in the San Francisco Bay area (US$11.7 billion) is 56% higher than its nearest rival, Shanghai (US$7.5 billion). Compared with the other regions, Europe is more invested in energy, particularly developing the core technologies for renewable energy generation (predominantly photovoltaics (PV) cells) and energy storage (batteries), demonstrating the potential for regional specialist capabilities to develop in a second wave of development of the climate tech sector, following mobility and transport.
Outside of mobility and the dominant US and China markets, Berlin, London, Labege (France) and Bengaluru, India were amongst the top ten cities for climate tech startup investment, attracting US$1.3 billion mainly across energy, agriculture and food and land use.
The COVID-19 pandemic reinforces climate tech need and opportunity
In the short term, while COVID-19 is likely to have caused a lull in VC market activity during 2020, long term investment and potential in the market appears resilient. Over the past year, close to 300 global companies have commited to achieve net zero emissions before 2050. Many of these commitments include substantial pledges to fund innovation.
“Every commitment represents a demand signal—a new customer—in the market for a solution that helps them achieve net zero,” comments Celine Herweijer. “More broadly the increased profile of Environmental, Social, and Corporate Governance (ESG), increasing government commitments to a ‘green recovery’, and continued rising consumer pressure to respond to the climate crisis is cementing demand for climate tech.”
“Despite significant and promising levels of growth, with just ten years to reduce by half global greenhouse gas emissions to limit global warming to 1.5C, climate tech needs a rapid injection of capital, talent and public-private support to match its potential to build and accelerate faster, bolder innovation,” adds Celine Herweijer.
Easing job jitters in the digital revolution
As new technologies reshape workplaces, EU research has come up with new ways to help companies and workers stay in control.
By ANDREW DUNNE
Professor Steven Dhondt has a reassurance of sorts for people in the EU worried about losing their jobs to automation: relax.
Dhondt, an expert in work and organisational change at the Catholic University Leuven in Belgium, has studied the impact of technology on jobs for the past four decades. Fresh from leading an EU research project on the issue, he stresses opportunities rather than threats.
‘We need to develop new business practices and welfare support but, with the right vision, we shouldn’t see technology as a threat,’ Dhondt said. ‘Rather, we should use it to shape the future and create new jobs.’
The rapid and accelerating advance in digital technologies across the board is regarded as the world’s fourth industrial revolution, ushering in fundamental shifts in how people live and work.
If the first industrial revolution was powered by steam, the second by electricity and the third by electronics, the latest will be remembered for automation, robotics and artificial intelligence, or AI. It’s known as “Industry 4.0”.
‘Whether it was the Luddite movement in the 1800s through the introduction of automatic spinning machines in the wool industry or concerns about AI today, questions about technology’s impact on jobs really reflect wider ones about employment practices and the labour market,’ said Dhondt.
The EU project that he led explored how businesses and welfare systems could better adapt to support workers in the face of technological changes. The initiative, called Beyond4.0, began in January 2019 and wrapped up in June 2023.
While the emergence of self-driving cars and AI-assisted robots holds big potential for economic growth and social progress, they also sound alarm bells.
More than 70% of EU citizens fear that new technologies will “steal” people’s jobs, according to a 2019 analysis by the European Centre for the Development of Vocational Training.
The Beyond4.0 researchers studied businesses across Europe that have taken proactive and practical steps to empower employees.
One example is a family-run Dutch glass company called Metaglas, which decided that staying competitive in the face of technological changes required investing more in its own workforce.
Metaglas offered workers greater openness with management and a louder voice on the company’s direction and product development.
The move, which the company named “MetaWay”, has helped it retain workers while turning a profit that is being reinvested in the workforce, according to Dhondt.
He said the example shows the importance in the business world of managers’ approach to the whole issue.
‘The technology can be an enabler, not a threat, but the decision about that lies with management in organisations,’ Dhondt said. ‘If management uses technology to downgrade the quality of jobs, then jobs are at risk. If management uses technology to enhance jobs, then you can see workers and organisations learn and improve.’
The Metaglas case has fed into a “knowledge bank” meant to inform business practices more broadly.
Dhondt also highlighted the importance of regions in Europe where businesses and job trainers join forces to support people.
BEYOND4.0 studied the case of the Finnish city of Oulu – once a leading outpost of mobile-phone giant Nokia. In the 2010s, the demise of Nokia’s handset business threatened Oulu with a “brain drain” as the company’s engineers were laid-off.
But collaboration among Nokia, local universities and policymakers helped grow new businesses including digital spin-offs and kept hundreds of engineers in the central Finnish region, once a trading centre for wood tar, timber and salmon.
Some Nokia engineers went to the local hospital to work on electronic healthcare services – “e-health” – while others moved to papermaker Stora Enso, according to Dhondt.
Nowadays there are more high-tech jobs in Oulu than during Nokia’s heyday. The BEYOND4.0 team held the area up as a successful “entrepreneurial ecosystem” that could help inform policies and practices elsewhere in Europe.
In cases where people were out of work, the project also looked to new forms of welfare support.
Dhondt’s Finnish colleagues examined the impact of a two-year trial in Finland of a “universal basic income” – or UBI – and used this to assess the feasibility of a different model called “participation income.”
In the UBI experiment, participants each received a monthly €560 sum, which was paid unconditionally. Although UBI is often touted as an answer to automation, BEYOND4.0’s evaluation of the Finnish trial was that it could weaken the principle of solidarity in society.
The project’s participation income approach requires recipients of financial support to undertake an activity deemed useful to society. This might include, for example, care for the elderly or for children.
While detailed aspects are still being worked out, the BEYOND4.0 team discussed participation with the government of Finland and the Finnish parliament has put the idea on the agenda for debate.
Dhondt hopes the project’s findings, including on welfare support, will help other organisations better navigate the changing tech landscape.
Another researcher keen to help people adapt to technological changes is Dr Aisling Tuite, a labour-market expert at the South East Technical University in Ireland.
Tuite has looked at how digital technologies can help job seekers find suitable work.
She coordinated an EU-funded project to help out-of-work people find jobs or develop new skills through a more open online system.
Called HECAT, the project ran from February 2020 through July 2023 and brought together researchers from Denmark, France, Ireland, Slovenia, Spain and Switzerland.
In recent years, many countries have brought in active labour-market policies that deploy computer-based systems to profile workers and help career counsellors target people most in need of help.
While this sounds highly targeted, Tuite said that in reality it often pushes people into employment that might be unsuitable for them and is creating job-retention troubles.
‘Our current employment systems often fail to get people to the right place – they just move people on,’ she said. ‘What people often need is individualised support or new training. We wanted to develop a product that could be as useful for people looking for work as for those supporting them.’
Ready to run
HECAT’s online system combines new vacancies with career counselling and current labour-market data.
The system was tested during the project and a beta version is now available via My Labour Market and can be used in all EU countries where data is available.
It can help people figure out where there are jobs and how to be best positioned to secure them, according to Tuite.
In addition to displaying openings by location and quality, the system offers detailed information about career opportunities and labour-market trends including the kinds of jobs on the rise in particular areas and the average time it takes to find a position in a specific sector.
Tuite said feedback from participants in the test was positive.
She recalled one young female job seeker saying it had made her more confident in exploring new career paths and another who said knowing how long the average “jobs wait” would be eased the stress of hunting.
Looking ahead, Tuite hopes the HECAT researchers can demonstrate the system in governmental employment-services organisations in numerous EU countries over the coming months.
‘There is growing interest in this work from across public employment services in the EU and we’re excited,’ she said.
Research in this article was funded by the EU. This article was originally published in Horizon, the EU Research and Innovation Magazine.
New WEF Immersive Technology Hub to Address Climate Tipping Points
The World Economic Forum introduced a new polar tipping points hub today in its Global Collaboration Village. The purpose-driven platform, which is powered by next-generation technology, will bring global leaders together in the metaverse to solve the deepening effects of the climate and nature crisis. The hub is an immersive virtual reality space and will help confront the pressing issue of climate tipping points, particularly those located in the polar regions.
The launch of the hub coincides with the annual summer sea ice extent minimum in the Arctic, which adds a timely emphasis on the pressing need to address polar warming and climate challenges, and accelerate progress toward reaching the United Nations Sustainable Development Goals (SDGs). The ability to simulate in real time the tipping points at different temperatures could help drive faster decision-making.
“Breaching the planetary tipping points will bring dire consequences for the interconnected ecosystems that support life on our planet,” said Gim Huay Neo, Managing Director and Head of the Centre for Nature and Climate at the World Economic Forum. “By understanding the drivers and impacts, the global community can respond more effectively to the climate and nature crisis. Through collective action, business and government can innovate, mitigate and adapt to the risks associated with global temperature rise and the resulting tipping points in the polar regions, and beyond.”
Highlighting the urgency of polar warming
Human-induced warming, as the world approaches and surpasses a 1.5°C increase, is edging dangerously close to triggering several critical polar tipping points. Among the 16 climate tipping points, six are in particularly precarious states, even with temperature rises below 2°C. Five of these tipping points are located in the polar regions, encompassing both the Arctic and Antarctic. This situation has far-reaching global implications.
The nexus of polar tipping points, with the potential to disrupt interconnected Earth systems, can lead to stability challenges across geographies. This includes the albedo effect, which relates to the reflectivity of surfaces. High albedo reflects more sunlight, while low absorbs, which has an impact on climate and temperature. In other words, the whiteness of the snow and ice layer reflects heat away from the Earth and prevents it from warming the oceans and land (including permafrost) even more. This albedo effect is declining due to polar ice and snow loss.
There is also a long-term linear relationship between carbon dioxide emissions caused by human activity and Arctic sea ice decline, which means that, as emissions increase, sea ice will continue to decline. The decline is accelerating global vulnerabilities like extreme weather, heat stress, compromised food and water security, climate migration and disruptions in supply chains.
An evolving platform for visualization and collaboration
From within the Global Collaboration Village, a World Economic Forum initiative in partnership with Accenture and Microsoft, the Polar Tipping Points Hub offers an immersive experience that allows collaborators to visualize the ramifications of polar warming on Earth’s intricate systems. Through a monitoring station, visitors gain a deeper insight into three of the five pivotal polar tipping points that become precarious if temperatures rise by 1.5°C or beyond.
This initiative serves the dual purpose of enhancing awareness and facilitating cross-sectoral collaboration among Village partners and existing Forum communities. The hub is a work in progress, continually incorporating new data to ensure it remains at the forefront of polar and climate research.
“At the World Economic Forum, our central mission is to convene stakeholders for collaborative problem-solving, to improve the state of the world,” said Rebecca Ivey, Head of the Global Collaboration Village at the World Economic Forum. “The Village democratizes this process by using immersive technologies that enable us to achieve more, together, even across distances. Our aim is to make these tools accessible to diverse audiences, amplifying their potential to contribute to the betterment of the world. “
Partnering for a resilient future
The Polar Tipping Points Hub launch aligns closely with the Forum’s commitment to addressing global challenges through concerted initiatives. Compelling virtual immersion into the polar regions will illustrate current warming trends and the consequent cascade of risks, offering a vital tool for comprehending the urgency of unified action.
“The ability to connect and collaborate in shared immersive spaces, spanning distances and devices, can inspire team creativity and outcomes that may otherwise not have been possible,” said Navjot Virk, Vice-President of Microsoft Mesh. “The Global Collaboration Village’s Polar Tipping Points Hub demonstrates how people can leverage immersive experiences built on Microsoft Mesh technology to see and better understand the complex and interconnected challenges of global issues, like climate change.”
“With the Global Collaboration Village’s Polar Tipping Points Hub, citizens, organizations and government representatives have the opportunity to experience and engage with the consequences of climate change, one of the world’s most pressing challenges,” added David Treat, co-lead of Accenture’s Metaverse Continuum business group. “We believe that, by simulating future scenarios, immersive technology can drive a change in perspective while convening stakeholders in new ways to collaborate and shape potential solutions, which is exactly what prompted us to partner with the World Economic Forum for the Global Collaboration Village initiative”.
Collaboration on new and combined data sets from Arctic Basecamp, NASA, the National Snow and Ice Data Center and other institutions has also been instrumental to the development of the hub.
Generative AI to Enhance Creativity, Automate Routine Tasks for Future Jobs
How will large language models (LLMs), deep-learning algorithms that can recognize, summarize, translate, predict and generate content using very large datasets, affect current and future jobs? That is the focus of the new World Economic Forum white paper Jobs of Tomorrow: Large Language Models and Jobs.
The white paper finds that LLMs could be a boon for jobs that require critical thinking, complex problem-solving skills and creativity, including those in engineering, mathematics and scientific analysis. These tools could benefit workers by increasing the productivity of routine tasks and making their roles more rewarding and focused on a higher added value. This paper takes a structured approach to understanding the direct impact of LLMs on specific jobs.
“Generative AI is poised to impact labour markets significantly, but this impact will be highly different across different roles,” said Saadia Zahidi, Managing Director, World Economic Forum. “Business leaders, policy-makers and employees must collaborate on harnessing the potential of new jobs while managing displacement and ensuring a future of work that empowers and elevates people.”
According to the analysis, which examined more than 19,000 distinct tasks across 867 different occupations likely to be impacted by LLMs, the industries with the highest estimates of overall potential exposure – both in automation and augmentation – are financial services and capital markets, along with insurance and pension management.
As LLMs advance, new roles will also be created, including AI developers, interface and interaction designers, AI content creators, data curators and specialists in AI ethics and governance.
The jobs most at risk of automation – with up to four-fifths of the tasks automated – are those that involve routine and repetitive language tasks, including roles such as credit authorizers, checkers and clerks. The occupations projected to remain relatively unaltered include education, guidance, career counsellors and advisers, with 84% of their tasks having a low exposure to change.
This new data on the impact of LLMs supplements and reinforces the findings from the Forum’s Future of Jobs Report 2023, which found that up to a quarter of jobs are expected to change in the next five years from the combined impact of technology, the green transition and the geoeconomic outlook.
The paper argues that businesses and governments must take proactive steps to prepare for the effects of LLMs in the workforce, including by improving foresight, creating an adaptable workforce, implementing systems that facilitate job transitions and encouraging lifelong learning.
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