The roots of China's EV surge go back nearly two decades.
Legacy automakers in the US, Japan and Europe had "such a big head start" on gas-powered vehicles that it was unlikely China would ever catch up, Li Shuo, director of the China climate hub at the Asia Society Policy Institute, said. EVs offered the chance to dominate a new market.
It was "a pretty big bet," said Ilaria Mazzocco, an expert in Chinese climate policy at the Center for Strategic and International Studies. And the road wasn't smooth. A few years in, "it was considered kind of a failure."
The government started introducing EV-friendly policies in earnest around 2009, Mazzocco told CNN, offering manufacturers cheap credit and funding for research.
But ultimately the bet paid off, thanks to a combination of consistent support from China's city and central governments, advances in battery technology and a slew of highly competitive companies, she said, including Tesla's main rival, China-based BYD.
The country now boasts a robust charging infrastructure and homegrown EV expertise, technologies and materials. It's producing large amounts of cheap EVs that people actually want to buy, Lauri Myllyvirta, co-founder of the Centre for Research on Energy and Clean Air, said. It's a very different picture in the US, where the economic case for EVs without subsidies is weaker, he added, because gas is "extraordinarily cheap" and Americans prefer "absolutely massive vehicles."
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📸 : Illustration by Leah Abucayan/CNN/Getty
Climate pressures are redefining sustainable construction. UN scientists warn of severe water scarcity, compelling developers to integrate water security into sustainable building design. Municipal systems under stress in the Mountain West illustrate why low carbon construction materials and green infrastructure are now central to environmental sustainability in construction. Projects that factor in hydrology and climate resilience through whole life carbon assessment and lifecycle assessment deliver measurable value by reducing the carbon footprint of construction and ensuring long-term viability.
Persistent flooding in Scotland and landslides in India expose the costs of ignoring ecological systems. Resilient cities depend on eco-friendly construction and circular economy principles, combining low carbon design with life cycle thinking in construction to reduce embodied carbon in materials and extend building lifecycle performance. This signals a shift from reactive rebuilding to proactive adaptation, where sustainable building practices become a financial and regulatory necessity.
Corporate campuses are setting benchmarks for net zero carbon buildings through integrated sustainable design, demonstrating that resource efficiency in construction scales effectively when guided by whole life carbon metrics. Award-winning housing initiatives in the US highlight how eco-design for buildings and circular construction strategies can align cost, performance and community value, moving beyond pilot schemes to standard practice.
Public participation is reinforcing social licence as a critical project factor. Early engagement in planning supports sustainable urban development by aligning sustainability goals with community priorities. Cities incorporating green construction and renewable building materials experience smoother delivery while reducing litigation risks and achieving higher BREEAM ratings.
Global policy fragmentation and uneven decarbonising of the built environment are altering investment patterns and life cycle cost projections. Developers are mitigating risk through flexible systems designed for varied hydrological and regulatory contexts, safeguarding both carbon neutral construction outcomes and portfolio resilience.
The industry now recognises that net zero whole life carbon, embodied carbon control and circular economy in construction are determinants of insurability, finance and long-term asset value. Firms embedding BREEAM v7 frameworks, end-of-life reuse in construction and sustainable material specification will define the next growth cycle through demonstrable reductions in whole life carbon and measurable environmental impact of construction.
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