What are the best skills for running a hydroelectric power plant?

The current development is going to be much more on digitalization, remote solutions of complete power plants, water control and new technologies such as sand monitoring. Inspecting by robots without long stillstand times. The most interesting part will be the hybrid projects with combined technologies, hydro, solar, battery…

The best skill required for running hydro-electric power plant, I think, should be IoT based SCADA system for better operation control. As power plant operational issues have to be detected accurately first and early detection is the best way for quick mitigation - IoT SCADA Is the most efficient method for this very purpose.

Having ran the modernization for SMUDS UARP, and SFWP governor upgrades. I can say, engineering won’t help you understand the basic fundamentals of how the systems actual functions and works. There’s 10 times the knowledge needed above electrical and mechanical engineering to fully grasp all of it. This comes from hands on experience & working on the system. SCADA is great, better make sure your supervisory feedback loops are spot on. This question they give is also not appropriate for the proper answers to be formed. Especially with all the new ISO regulations as well as environmental, fish flow, recreation, understanding LOTO and in hydro you have almost every form of hazardous energy capable of being released. It takes a Team!!

En mi experiencia la generación de energía renovable solo es sostenible si la gestión comercial lo es, es decir si la planta es rentable. Esto no siempre está asegurado especialmente cuando se intenta electrificar comunidades rurales aisladas, ya que no se tiene un contrato regulado como se tiene con plantas más grandes para inyección a la red nacional. El OPEX termina siendo más importante que el CAPEX para evitar inversiones insostenibles y para ello se debe tener claro quién se encargará del cobro del servicio eléctrico, la comunidad organizada o a través de una tarifa regulada, sólo así se evitará un juguete de innovación o un beneficio social de corto plazo. La sostenibilidad depende de la rentabilidad, ergo roles y responsabilidades.

A operação de uma usina hidrelétrica está atrelada a várias responsabilidades, como a segurança estrutural da barragem, a prevenção e manutenção correta dos diversos equipamentos eletromecânicos, cuidados operacionais a montante e a jusante da barragem com relação ao meio ambiente e impactos sociais, etc.Devido a tais responsabilidades, se faz necessário ter competências técnicas específicas para discernir e compreender tais responsabilidades.

As far as my profession is concerned, I can give some advice on oil purification & the regular maintenance of transformers, steam turbines, and all other machinery and equipment. Whether it is transformer oil, turbine oil, or any other lube or hydraulic oil, it needs to meet the applicable standards to ensure the safe operation of transformers, steam turbines, and so on.

Need to be adaptative. With the new technology, new market demand and reality, the management need to be open minded and adapt to the new realities of the power generation.

In my experience Technical, managerial and problem solving is key Understanding the environmental impact and ensuring adherence to regulations. And of course SCADA system proficiency.

Although technical skills are highly important, environmental skills are equally as important. To enhance the electricity production all in environmentally friendly manner, environmental assessment needs to be carefully conducted.

The specific mix of skills needed will vary depending on the role within the hydroelectric power plant industry. For example, plant operators may need a strong focus on mechanical and electrical skills, while managers may require more emphasis on leadership, communication, and financial management. Regardless of any specific role, a continuous learning mindset and the ability to adapt to changing circumstances are crucial for success in the dynamic world of hydroelectric power generation.

For years I worked for the German government to increase the capacity of hydro power. No one can tell how much I learned about different migration characteristics of fish and other environmental aspects. You're screwed if you don't have a clue.

The environmental impacts of operating hydraulic must recognize Citizenship constraints that have evolved in practice but are not legal requirements. As a reliability expert, I wanted to make use of all the peaking capacity that was available. I received indignant calls from people in the operations division explaining to me in no uncertain terms That I should not assume that I could peak the hydraulic system to the extent that I was. I repeated the system is spread along river systems and has upstream storage. Upstream users do not want or expect large fluctuations in their water levels. Rapid flows rerode shorelines along rivers and people can come out and find their boat dangling from the end of a six-foot rope. Use it or lose it.

Avaliação do tipo de fauna e flora do local. Avaliação do impacto ambiental entre uma PCH (menor área de alagamento, porém impacto sobre o fluxo do rio e possibilidade de interferência na reprodução de peixes no local) e uma CGH (maior área de alagamento, impacto na fauna e flora e população local)

One thing that is key to consider is Socio-Economic Environmental Impact Assessment. What are the short-term and long-term consequences of a hydroelectric power plant. How does it affect the cultural sphere of the host community. What happens to the ecosystem, plant and animal life, soil structures, landscape?

It is important to understand Environmental Compliance: Knowledge of environmental regulations and practices to maintain sustainability standards. Another vital skill is Operational Management: Skills in managing plant operations, including scheduling maintenance, ensuring safety, and optimizing performance. This way you can maintain awareness of EOSH and OSHA roles and requirements both inside and outside the organization

Proper disposal of waste, to keep the rivers and dams less affected by contamination. Avoiding big mega projects for sake of maintaining good balance between technology and environment.. recent dam burst at Chungthang Sikkim should act as an eye opener

Un claro ejemplo del requerimiento de profesionales medioambientales en la operación de hidráulicas esta en la Patagonia Argentina, el recorrido de los ríos se vera interrumpido por la obra y esto modificará el área de reproducción de un pato silvestre autóctono que ahora no recuerdo su nombre... En todos los sitios es igual, el impacto debe ser contemplado desde el diseño del Proyecto.

Operating a hydropower plant in an environmentally responsible manner requires competencies in water resource management, knowledge of environmental impacts and mitigation measures. Understanding environmental regulations, water quality monitoring and biodiversity conservation are also essential to minimize ecological impact and meet environmental standards.

Na verdade acredito que além de um olhar muito técnico e abrangente em relação ao meio ambiente vislumbro um lado novo para um empreendimento desse tipo, olhar para o que há de mais moderno e disponível na ciência já aplicada na realidade é ver uma hidroelétrica como uma possibilidade de múltiplas gerações possíveis, tais como turbinas hidrocinéticas a jusante e painéis fotovoltaicos a montante. Isso vai promover um melhor aproveitamento dos recursos naturais utilizados no reprezamento.

Se debe de considerar que toda actividad humana genera impacto en el ambiente y esta tecnología no se escapa. Hoy por hoy la tecnología hidroeléctrica tiene opositores debido al impacto ambiental que generan, especialmente las más grandes, así que se debe de tener la sensibilidad para operar en armonía con el ambiente en el que se trabaja.

Managing and Leading are a bit similar but not quite the same. The efficient running of a hydro plant requires diverse management skills spanning technical expertise, leadership, and strategic thinking. Here are some of the top skills required: - Team Building and Collaboration - Conflict Resolution - Stakeholder Communication - Risk Management - Financial Management - Market Analysis and Planning Additional Important Skills: 1. Problem-Solving and Decision-Making: Ability to assess complex situations 2. Adaptability and Flexibility: Openness to new technologies, evolving regulations, and changing market dynamics.

You should regularly have mock up drills regarding Emergencies, breakdowns which are most common on these plants. Always good to interact with projects similar of this nature, to avoid unexpected curve balls.

Exploration till commissioning and post commissioning one jas to deal with - Feasibility interms of seismic, water sustainability, climate change risk, socio economic, Environmental & Forest matter, geo hydrological aspect and what not.... - Stake holder Management in terms of consultation, engagement - Investors confidence for investment - Reducing Engineering design time - Legal matters - And the while world's issues including activists - Man power Management - Human rights A professional with varied expertise in live projects gives an edge over others for an effective project execution, commissioning and operation. But more to that the person in need should be a good human being and Sustainable Management conscious.

El líder de una central hidroeléctrica tendrá que generar instancias de solución de conflictos con otros actores de la cuenca y administrar un recurso escaso como es el agua para una demanda creciente como es el uso d energético.

A gestão de uma usina é a parte importante, pois sem condições específica, que atendem as necessidades existem em situações necessárias para o bom andamento do ambiente de uma usina , podem comprometer o andamento da mesma.

ABC's of related technical terms Full understanding of operation manuals Complete monitoring system going Precise technical staff for preventive/corrective maintenance Continuous timely reporting Finance management Timely Productivy/Efficiency reporting Continuous Improvement for the all operation Performed Corporate goals/objective and report Employees training program and certifications

I would have to add, Discipline, Concentration, to be able to communicate clearly which also requires the steps to each step , Especially in any Utility power Plant

Managing a hydroelectric power plant requires a combination of technical know-how, leadership, regulatory adherence, and a commitment to safety and environmental responsibility. A successful manager navigates both the technical and managerial complexities, ensuring a balance between efficient power generation and sustainable practices.

Optimization on deployed resources without compromising on safety aspects is key for making the plants more cost effective and profitable. Use of remote sensing equipments for ease of operation

Le soft skills oggi sono importanti quanto le hard skills. In futuro, le soft skills saranno più importanti perché per le hard skills ci sarà molto più sviluppo di software e infrastrutture. È importante apprendere fin da piccoli i vantaggi di queste competenze, che portano ad accordi e ad eccellenti risultati pacifici, oltre che a ottimi rapporti di lavoro. Grazie. Saluti

Use of new age technology, in plant operational philosophy. Development of skill-set of personnel on technology and communication. Remote monitoring of units.. timely maintenance of units, maintaining adequate spares for reducing the downtime.

In the energy industry and life generally, these learning skills would be a valuable addition to you. - Curiosity and Proactiveness: Actively seek out new hydropower knowledge, trends, and technologies, not just wait for them to arrive. - Openness and Receptivity: Embrace feedback and suggestions, view them as opportunities to learn and grow. - Flexibility and Resilience: Adapt to changing conditions, solve problems, and embrace new solutions to thrive in evolving situations. It is important to always stay one step ahead by learning and looking for new ways to be a little bit better today than yesterday.

A administração de qualquer empresa está focada em constante evolução e adequação a diversidade complexas, que envolve situações de mudança e desenvolvimento para atingir a excelência na gestão.

L'apprendimento in tutti gli aspetti della centrale elettrica è importante. La cultura dell'apprendimento dovrebbe includere programmi di formazione per tutti i livelli di età, poiché le nuove generazioni hanno una migliore comprensione dell'uso dell'energia, ma abbiamo ancora molto margine di miglioramento. L'apprendimento costante è la strada da seguire.

Se debe aprender de la experiencia de otros proyectos de energía en otros campos. Existen metodologías que son muy similares y que pueden ser utilizadas como transferencia tecnológica desde un proyecto energético a otro.

La tecnología y la ciencia van avanzando a pasos agigantados, y el que esta tecnología sea considerada convencional debido al alto nivel tecnológico alcanzado, no significa que no se pueda seguir mejorando. El éxito esta en quienes aprenden de la experiencia y la aplican en una gestión más amigable con el ambiente y quienes se sirven de este recurso.

Dar un paso adelante y ser proactivo es un beneficio personal y es un beneficio empresarial,pero también es muy importante generar un ambiente de trabajo adecuado.

Plan Do Check Act: Planifier Faire Mesurer Corriger de bonnes bases la roue Deming 😉…qui est américain et non pas Japonais, même si c’est au Japon que ce principe a été mis en œuvre.

O bom profissional está sempre em constante aprendizado. Sair da zona de conforto é importante, pois aprendemos quando desafios novos são apresentados e vencidos.

Aplica para una central hidroeléctrica o para cualquier empresa: vivir en constante aprendizaje. El contexto de la organización cambia y debes estar en capacidad de aprender sobre nuevos desafíos, innovar. El problema de los cambios es no estar preparado para cuando se presentan o como manejarlo. Así que aprender es una tarea constante. Inventario de lecciones aprendidas y casos de éxito. Saca del sistema, del cuadro de Excel, de donde almacenas las acciones correctivas que se presenten para eliminar las causas de no conformidades y que sean realmente, el punto de partida para la inducción y seguimiento de los líderes de procesos, que realmente se conviertan en aprendizaje.

Engineering Expertise: Understanding of hydroelectric systems, turbines, generators, and electrical systems. Mechanical Skills: Knowledge of maintenance and repair of equipment like turbines, gates, and valves. Electrical Knowledge: Understanding of power distribution, transformers, and electrical grid systems. Safety Protocols: Implementing safety procedures and ensuring compliance with safety regulations. Environmental Compliance: Understanding environmental regulations related to water usage, fish passage, and ecosystem impact. Plant Operations: Ability to manage day-to-day operations, monitor performance, and optimize plant efficiency.

Many projects are subject to FERC (Federal Energy Regulatory Commission) regulation and oversight. Familiarity with FERC rules is important as is establishing good relationships with officials. States also play a role in enforcing Clean Water Act requirements and the Corps of Engineers may also play a role. Maintaining cordial connections with government personnel will pay off if there are issues or problems down the line.

It’s critical to bring climate resilience design and operational skills to hydropower in an era when droughts and flood events are dramatically affecting these assets!

You also need to know about safety. A power generating plant contains a lot of safety hazards that must be addressed to ensure worker's safety.

Stakeholders Engagement skills to obtain Free, Prior & Informed Consent from Indigenous Peoples if they are part of affected community. Information such as ancestral sites, other tangible and intangible cultural heritage should be consolidated as baseline data. This will be useful in identification of mitigation measures that will minimise oreven better, to avoid impacts on these aspects.

There is an informal set of rules that operators use and other users of the watershed have adapted to stay within those rules. In certain reliability type of situations violating those 'rules' would be desirable from the point of view of keeping the lights on. It is questionable if you try to operate up to legal limits whether you would have those limits in place for long because of the adverse reactions from other users of the watershed. What is operating practice could soon become legal restrictions. In my case I hit a stonewall, and backed off my efforts to determine how much you could peak the hydraulic system. I took into account those operating restrictions in estimating reliability.

Don't forget good yield management skills. Forecast demand and price, and use your hydroplant as a large battery that jumps in to deliver when the price is best.

Renewable energy is a general term, which is much wider than hydropower only. It’s only one a part of the entire energy supply, storage and delivery system and involves a bidirectional relation through economics, environment and climate.