Feed-In Tariffs and Renewable Energy

Feed-in tariffs (FITs) are used throughout the world to promote renewable energy technology. States and municipalities are increasingly turning to FITs to promote the development of new power resources. Counsel to renewable energy producers and utilities must understand the key challenges involved. A threshold challenge is in proper structuring. Several issues come into play that impact the FIT: the reverse auction vs. single price clearing mechanism, inclusion of publicly and investor-owned utilities, the size and type of projects, and discrimination against out-of-state projects. Another critical challenge is raised by preemption. FERC recently issued the first order ruling on its role in a state-approved feed-in tariff, identifying conditions under which federal law governing wholesale electricity sales in interstate commerce would not preempt California’s feed-in tariff. Listen as our authoritative panel of energy attorneys examines the issues of preemption and integration with renewable energy standards, discusses recent developments at both the state and federal level, and offers guidance for using the renewable program.
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OTHER ON-DEMAND WEBINARS

Thermal Analysis Applied to the Field of Renewable Energy

MT

This webinar explores the various uses of thermal analysis in the field of renewable energy In recent years, renewable energy resources have become widely accepted as a way to help solve the world’s potential energy crisis. Developments are progressing rapidly and new materials employed in the field of renewable energy require adequate quality control. Methods based on thermal analysis techniques such as DSC, TGA, TMA, DMA are extremely important for characterizing the materials and compounds used in renewable energy resources. Thermal analysis is mainly used to measure the thermal stability, oxidative stability, and curing behavior of materials. In addition, it is an important tool for optimizing processes in biomass plants or for quality control in the biofuels industry.
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Solar & Storage THE PERFECT SOLUTION FOR ROOFTOP AND LARGE-SCALE SOLAR

Siobhan and Nicolas will focus on the complementarity of PV and storage as a brick toward 100% renewable energy generation from the perspective of a technical and commercial advisor. Important technical aspects will be covered, such as grid connection, capex and opex savings. They will also look at the emergence of DC coupling, its advantages and limitations. Finally, to provide a wider overview of the subject from an investor perspective, Romain will discuss the specificities of project financing of hybrid PV + storage assets, such as the revenue stack, how investors view these and how the co-location can build a stronger case. A mixture of presentations and a moderated panel shall make this an interesting and interactive event.
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Simplifying the Economics of C&I Solar-Plus-Storage

Environmental Leader

Combining solar power and energy storage technology is becoming an increasingly attractive approach to help commercial and industrial (C&I) energy users reduce energy spend. In fact, many C&I energy users have access to financing options that provide access to this technology without making an upfront investment.
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How string inverters are delivering LCOE benefits for large modern solar farms

As solar PV projects embrace large-format and bifacial PV modules, inverters are evolving to deliver benefits across all three main LCOE variables, namely Capex, Opex and yield. However, asset operators are also demanding more oversight of the health of their projects, in turn demanding even more from modern inverter technology. This webinar discussed how modern solar inverters have evolved to keep pace with PV module technology, providing real-life examples of how GoodWe has solved challenges for solar project developers and asset managers.
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