Quais são algumas formas de integrar energia solar e hídrica?

My preference is for hybrid solutions. My preference is for hybrid solutions. The essence of a hybrid system is that it can operate both as an isolated system and as a grid-feedback system: this is the privilege of the hybrid inverter.A hybrid inverter can therefore operate both ways of using electricity, either separately or simultaneously. For example, a hybrid solar system in the classical sense is connected to both batteries and the grid itself. If we think about the above again, we can see that the electricity use describes a very nice cycle. And last but not least, with this battery solution we only contact the electricity supplier as a last resort. Thanks to batteries, we will therefore produce most of the energy we use ourselves.

Renewable energy is a way to augment to supply and to produced a clean energy. But my personal discovery/innovation was the Self-fuelled generator and this is real. We used fusion fuel in less than a minute to complete the cycle. In a 2000 square meter we can produced 600megawatts and this can be installed in a corner of the community.

However, care should be taken to appropriately schedule the hydropower plant so that it covers the intermittency of solar Power. Similarly, constraints such as water flow requirements of hydropower must be considered while schedule hydropower plants. Other technology which can help is pump hydropower storage, which can act as a storage reservoir to be called upon under scarcity conditions. There are both commercial and industrial tools which can help with developing such scheduling algorithms and the project developers should consult them before proposals of such a new hybrid system.

An alternative approach to integrating solar and hydro power in pumped storage systems involves utilizing solar panels to charge batteries. This stored electrical energy can then be employed to power pumps, offering greater flexibility compared to directly using solar power for water pumping. This flexibility stems from the ability to utilize the stored energy at any time, regardless of solar irradiation conditions.

Hola Julio, comparto la importancia de la flexibilidad y mayor confiabilidad en el sistema ‘Pump Storage’ con las baterías adicionales que almacenen los excedentes de energía solar u otra fuente renovable, no obstante tengo dudas de la relación B/C > 1 del proyecto y además que el propósito es precisamente aprovechar excedentes y evitar tener que almacenarlos como energía eléctrica, que reitero sigue siendo costoso y tiene un impacto ambiental al término de su vida útil, lo cual también se traduce en un mayor costo para mitigarlo.

Currently in the US, there is a huge queue for interconnection requests. To allow for quicker approval of grid interconnection requests, a standardized hybrid system must be proposed. Similarly, DOE is funding research to allow for speeding up interconnection processes and any project developer looking for guidance and to contribute must look into it!

The outdated grid in the U.S. must be updated as an urgent step to improve energy efficiency. Interconnecting an electric grid mostly built in the 1960s and 1970s (around half century ago), is a major issue which needs to be solved in the sort term. Electric grids need to advance to a stronger, and more comprehensive infrastructure which can be potentially interconnected to benefit all sustainable sources of power generation, including the solar.

Demand response and demand side management are tools to be considered regardless of hybrid systems. However, these tools can certainly ease the integration of such systems. But to integrate such solutions, two-way communication and control is required.

Integrating solar and hydropower offers numerous benefits, including reduced greenhouse gas emissions, enhanced energy security, and improved grid stability. By combining these technologies, it is possible to create a balanced and sustainable power supply system that can meet the growing energy demands of the future.