Documentation Requirements for Supplier-Procured Renewable Energy

whitePaper | January 16, 2023

With the enactment of the Inflation Reduction Act (“IRA”) in August 2022, the United States signaled its commitment to reducing emissions in line with the Paris Climate Agreement. The IRA’s reach extends across industries and, in particular, across energy technologies. Its primary achievement in the energy and climate space is the unprecedented provision of public incentives for clean energy deployment and manufacturing capacity. These incentives provide the necessary long-term certainty required by wind industry stakeholders to make large capital investments in the U.S. market, which will in turn create jobs and economic opportunities for communities across the country.

whitePaper | November 24, 2022

In today’s economic climate, you’re looking for new ways to save your organization money and reduce the operating expenses of your IT networks. It’s likely you are also prioritizing sustainability to improve your company’s brand image, ensure regulatory compliance, and maximize efficiencies for resources like energy. As the world becomes more connected, technologies like cloud, artificial intelligence (AI), and networking create new opportunities to enable a sustainable future.

whitePaper | September 3, 2022

As more renewable energy sources and battery storage units are specified and incorporated into power systems, consultant specifying engineers are faced with many challenges which could impact the overall design and performance of these solutions. This paper outlines and addresses some of these challenges to aid in the system design, explains some common components found in microgrids, and discusses the value of an advanced microgrid controller for system operation

whitePaper | April 1, 2022

The clean energy transition means shifting electricity production away from sources that release significant greenhouse gases, such as fossil fuels, to those that release minimal greenhouse gases. Nuclear power, hydro, wind and solar are the primary clean energy sources. Around two-thirds of the world’s electricity still comes from burning fossil fuels. In order to progress toward climate goals, particularly those outlined in the Paris Agreement, at least 80% of energy production will need to shift to low-carbon sources.

whitePaper | November 15, 2019

Today more than ever, there is an urgent need to scale up progress with energy efficiency. Energy efficiency is one of the pillars of a climate mitigation strategy1. It is also a critical element to meeting the global Sustainable Development Goals and to ensuring a cost-effective transition to a reliable, low-emitting energy system. At the same time, both states have increased their ambition to transition to low-emissions sources of energy, including increased ambition on renewable energy generation and energy efficiency. As a result, the programmes in New York and California have evolved to value the wider system benefits of energy efficiency, as described below.

whitePaper | November 29, 2022

Renewables are expected to account for 80–90% of power generation globally by 2050. Due to their dependence on weather conditions, wind and solar power cannot provide constant baseload power during all hours of the day, and measures have to be taken to compensate for this intermittency. The good news is that such imbalances or fluctuations can be mitigated effectively using battery energy storage systems (BESSs).