Developing the new leading renewable region in the world

With last year’s Risk Mitigation Independent Power Producer Procurement Programme (RMIPPPP), South Africa has been enabling an even more rapid deployment of renewable energy sources. With solar and wind power’s variable electricity production, Eskom, as well as grid operators and utilities worldwide, are constantly adapting their requirements for renewable energy projects to ensure stable grid operations. With the share of available intermittent power sources growing every year, energy storage and solar production forecasts are essential to master the new situation and allow for both, safe and reliable renewable energy. In this webinar, you will learn more about the current and future requirements, and best practices for the integration of energy storage and solar forecasting into your projects to ensure you comply with these requirements and make the most of the solar resource at all times.

The Midwest is home to large open spaces, farms, former industrial cities and famously friendly people, yet there is only around 2.3 GW of solar deployed across 12 states in the Midwest; or less than 4% of the U.S. total. Nearly half of that is in one state, Minnesota. Now with the advent of FEJA, Illinois is adding 2.8 GW of community solar, DG and utility scale projects in the next few years. New legislation like the Path to 100 could catapult Illinois past MN. But numerous Midwestern states have BIG solar projects on the books. A Midwest boom is coming! PV magazine found 44 GW of large solar projects in the queues of the three grid operators that divide up the region: PJM Interconnection, MISO and SPP. Furthermore, at last count 200 MW of community solar projects .

In this webinar, you will learn how to make a map that helps visualize large datasets such as solar power installations and every tree in a neighborhood. Process and manipulate geospatial data with node.js. Work with multiple HERE XYZ Spaces to work with tiled data.

Designing a high-performing PV system is win-win for installers and customers alike, but strategies for maximizing performance can be elusive. Using sophisticated remote system design and performance simulation tools, Aurora Solar will demonstrate 3 techniques that solar designers can use to optimize the solar energy yield of their systems.