第六章。将解决方案扩大到州、国家和全球层面

Collabra Pub Date : 2016-12-12 DOI:10.1525/COLLABRA.65
D. Kammen, Doug Rotman, M. Delmas, D. Feldman, Mike Mielke, Ramamoorthy Ramesh, D. Sperling
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引用次数: 0

摘要

扩大解决方案需要学习和适应不同地点和不同规模的经验教训。要实现这一点,公共指标对于构建共享语言至关重要。对加州来说,这意味着谨慎的财政,从摇篮到坟墓的生命周期评估方法,导致政府通过多种途径(通过低碳燃料标准或限额与交易计划)进行碳核算。这些方法本身相互作用,例如利用碳核算管理水和其他关键资源所需的资源;使用空气污染监测标准来查明环境不公正现象;以及利用碳市场收入解决这些不平等问题,方法是投资于可获得的最佳减排技术(BACT),并在新兴的清洁能源部门预期的弱势社区创造就业机会。在加州大学校园和国家实验室建立跨学科合作伙伴关系,以创新科学和技术,对于可扩展的碳中和解决方案至关重要。例如,我们可以在加州大学和加州建立协调的研究和开发项目,与联邦政府建立强有力的伙伴关系,协调和“倍增”加速开发和部署的资源。这些伙伴关系应强烈以目标为中心,即,它们的建立是为了解决具体的、重大的问题,以便在能源生产、效率和二氧化碳减排类别中实现可量化的成果。应在校园、实验室之间培养跨部门伙伴关系,由州、联邦和多边组织资助开发技术和大规模部署解决方案。为了影响市场、部署解决方案和创造新的产业和就业机会,需要与工业界建立综合伙伴关系。在加州之外,我们需要与行业和基金会建立联盟,在地区、州、国家和国际范围内部署解决方案,以创造新的产业、新的就业机会,并进一步巩固加州大学和加州的领导地位。巨大的经济机会是存在的,比如在世界其他地方积极推动电动汽车项目,加州的公司可以在许多方面发挥关键作用,通过电动汽车本身,也通过建筑集成的智能电表、逆变器、太阳能和其他清洁能源发电技术。所有的工作都必须包括在加州国内以及通过全球伙伴关系关注环境正义。
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Chapter 6. Scaling Up Solutions to State, National and Global Levels
Scaling-up solutions require learning and adapting lessons between locations and at different scales. To accomplish this, common metrics are vital to building a shared language. For California, this has meant careful financial, cradle-to-grave life-cycle assessment methods leading to carbon accounting in many avenues of government (via the Low Carbon Fuel Standard or the Cap and Trade program). These methods themselves interact, such as the use of carbon accounting for the resources needed to manage water and other key resources; the use of criteria air pollution monitoring to identify environmental injustices; and the use of carbon market revenues to address these inequalities, through investment in best available abatement technologies (BACT) and in job creation in disadvantaged communities anticipated in the emerging clean energy sector.  Creating interdisciplinary partnerships across the UC Campuses and the National Laboratories to innovate science and technology is critical to scalable carbon neutrality solutions. As an example, we can build coordinated research and development programs across UC and California, with strong partnerships with the Federal government to coordinate and “multiply” resources that accelerate development and deployment. These partnerships should be strongly goal-focused, i.e., they are created to solve specific, large problems, to enable quantitatively measurable outcomes within energy generation, efficiency and CO2 abatement categories. Intersectoral partnerships should be fostered across campuses, laboratories, with state, federal and multi-lateral organizations funding to develop technologies and deploy solutions at scale. Integrated partnerships with industry are required to influence markets, deploy solutions, and create new industries and jobs.  Beyond California, we need to establish consortia with industry and foundations to deploy solutions at the regional, state, national, and international scale to create new industries, new jobs, and further UC and California’s leadership position. Significant economic opportunities exist, such as promoting aggressive electric vehicle programs elsewhere in the world, where California-based companies could play a key role on many fronts, via electric vehicles themselves, but also through building-integrated smart meters, inverters, solar and other clean energy generation technologies. All work must include a focus on environmental justice both at home in California and through global partnerships.
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