A blueprint for a commercially smart climate transition
A new report by OliverWyman and ClimateGroup unveils a blueprint for making a commercially smart net zero transition. The report features insights from Siemens USA and other climate, sustainability, and commercial leaders among some of the world’s largest corporations.
We Are Committed to Achieving a Net Zero-Carbon Footprint
As a global technology powerhouse, Siemens is well positioned to drive solutions on electrification, automation and digitalisation to help accelerate the clean energy transition. I’m delighted that they are addressing their own operations too – through renewable power, smarter energy use and electric transport.Mike Peirce | Corporate Partnerships Director, Climate Group
Scaling Sustainable Solutions in the Decade of Action
The Decade of Action calls for accelerating sustainable solutions. But today, while progress is being made in many places, overall action to meet Sustainable Development Goals is not advancing at the speed of scale required. What if all schools, hospitals, and commercial buildings in the US transitioned to renewable energy? Learn more about the impact on emissions and the economy in these three video explainers:
An Action Plan for a Decarbonized Future
Buildings account for nearly 40 percent of energy-related CO2 emissions annually. That’s a major climate impact that can be controlled right now. Utilizing Siemens technologies, buildings can be smart, safe, and carbon neutral and capable of capitalizing on data to meet sustainability and efficiency targets.
The ability of comprehensive energy-management systems to set key performance metrics for resilience, efficiency, and new technologies can accelerate the pace of investment in clean-energy projects.
Buildings play a key role in how sustainably and competitively organizations fulfill their mission: they impact financial and reputational strength, service delivery capability, as well as employee well-being and productivity. Learn more about the services and solutions that can provide that competitive edge.
Environmental Innovation at Work
Onsite power systems, like microgrids, are ready and able to be the backbone for a new, decentralized model of power delivery. These systems will prepare grid networks for unpredictable spikes in demand. Siemens envisions large consumers of power using these onsite power systems to supplement the connection to the utility grid. They’ll be able to insulate their services from outages and serve as a local grid resource as needed.
Environmental Innovation at Work
The world of transportation continues to rapidly evolve, which is why Siemens is committed to providing the complete solution for customers to help them succeed in their eMobility journey. We are shaping the market with innovative charging technology solutions, powering the infrastructure across various sectors, as well as planning and implementing secure grid connections to enable the growth of electrifying transportation. Learn more about our eMobility® Solutions.
Environmental Innovation at Work
Expert Corner
America’s air pollution levels have dramatically improved over the past four decades, but millions of Americans still breathe unhealthy air due to traffic-related pollution and/or poor indoor air quality management. Learn about the technologies, services, and solutions available to help businesses and cities improve air quality.
Environmental Innovation at Work
Partnerships and Collaborations for Sustainability
Close collaboration with stakeholders helps us to the address complex and intertwined challenges in the environmental realm. We are proud to work with these organizations and their members to share knowledge, best practices and to help accelerate sustainable business innovation.
Additional Information on our approach to environmental action
Our efforts in the field of decarbonization and resource protection cover the entire value chain. Imperative for Siemens are: climate protection, the economical use of energy, the efficient use of environmentally-friendly materials and the principles of recycling management which complement each other.
