Blockchain for Scaling Climate Action

whitePaper | April 4, 2022

Energy is the beginning of everything, the basis of civilizational development and the foundation of all economic progress. To make it future proof, we need a balance of affordability, reliability, and sustainability. This includes a phase-out of coal, the expansion of renewables, the further development of H₂-capable gas power plants and grid stability services, as well as storage solutions that step in when the wind isn’t blowing and the sun isn’t shining. Together, these steps and technologies can ensureenergy security and make a decarbonized energy system possible.

whitePaper | November 20, 2019

In the National Energy and Climate Plan, NECP, Italy sets forward its roadmap how to meet the energy and climate targets set by the EU. Achieving these targets requires actions of all sectors in the society, increasing renewable energy in transport, heating, electricity etc. These targets include among others having 32% of final energy consumption of renewable origin and reducing CO2 emissions by 40% compared to 1990 levels by 2030.

whitePaper | September 14, 2022

The rise and rise of sustainable investment has been clear over the past decade, with inflows hitting all-time highs amid the pandemic, as investors reflected on the implications of their capital allocations. Additionally, national and supranational governments have given significant nudges to pension funds and other non-profit-led organisations to not just consider, but also report on how their asset selection might affect the rest of us in the long term.

whitePaper | June 16, 2022

Driving power sector emissions down to zero is essential to achieve a net-zero economy. The electrification of energy demand in all other sectors is only effective under the assumption that power sector emissions fall to zero. A 2017 meta analysis of power sector models found that while creating a net-zero power system based solely on variable renewable power was possible, this would require a significant overbuild of capacity to ensure reliable power supply. Power systems based solely on variable renewables were several times more expensive than systems where 80% of power was supplied by variable renewables.

whitePaper | December 17, 2021

A critical question facing facility and plant operators of large energy usage manufacturers is whether the same level of local community resilience provided by diesel backup generators can be achieved through economical microgrid alternatives that are more consistent with clean energy goals. In this report from Enchanted Rock, The Brattle Group examines detailed data comparing the feasibility, economics, and GHG emissions of several alternative microgrid systems commonly considered for resilience purposes.

whitePaper | December 13, 2022

Solar is one of the fastest-growing energy technologies in the world today, and for good reason. The fuel is “free,” and systems for converting and collecting solar energy get more efficient all the time. Installations are scalable to function in vast arrays, on individual rooftops, in community installations, and even in portable form for use in disaster recovery or other temporary applications. And because the sun delivers its energy across the entire globe, solar power does not depend on the complex supply chains – trucks, trains, and pipelines – that fossil fuels require.