Eduardo Silva

Responsible for overseeing and managing the operations of IDE in the region

- Creation, Establishment, and Expansion: Spearheading the company’s presence in the renewable energy sector in the region. - Product Focus: Driving sales of renewable energy products and services, encompassing energy storage and generation. - Client-Centric Approach: Crafting strategies rooted in strong client relationships.

Responsible for the whole operations in Tritec-Intervento (EPC Company) and Tritec-Services (Construction Company), both, with Swiss and German capitals, are dedicated to small and medium scale solar photovoltaic installations. Business Growth Mission: - Implemented a deep organizational restructuring to drive business expansion. - Focused on financial management, cash flow, margins, and strategic relationships with financial institutions. Technical Excellence: - Quadrupled annual project volume execution, optimizing scheduling and construction control processes. - Strategically captured new projects and skillfully negotiated contracts with clients and suppliers. Remarkable Results: - Tripled company assets within the specified period. - Achieved sales surpassing the cumulative total of the previous 12 years. - Facilitated sales shares to a local family office. PMGD/PMG PV Plants projects executed: - Quetena / Guaraná / Manao / Trebo / Newentún / Villa / RTN / Hefesto / Llancay / Aldebarán / Don Simón / Santa Luisa / San Alberto / Pucobre / Liquidambar / Las Chilcas / San Vicente T.T. / Aguas Claras

As a member of the Enel Generación Chile board, I oversaw hydroelectric projects under construction. These include Los Cóndores, a run-of-river hydropower station nestled in the Andes, as well as the greenfield construction of new facilities. Additionally, I was involved in the repowering for both the Sauzal and Antuco hydropower stations. My responsibilities encompass shaping construction strategies, addressing financial matters, and reporting project outcomes to the Board of Directors.

I led the Los Cóndores hydroelectric project, a run-of-river power station nestled in the Andes. This ambitious venture involved an investment more than $1billion, resulting in a capacity of 153MW and an annual energy production of 642GWh. The project spanned 13.7km of tunnels, constructed using two Tunnel Boring Machines (TBMs), and featured a 450m penstock (vertical shaft) excavated with a Rise Boring Machine (RBM) from a cavern. Additionally, we established an 87km high-voltage transmission line (2x220 kV) in the challenging mountain terrain. My responsibilities included overseeing the project’s recovery, which had initially commenced in 2014. During this phase, I implemented crucial modifications to the project design. For instance, we replaced the surge tank with a spiral tunnel and adjusted the methodology for executing the pressure shaft. I also facilitated the financial reapproval of the project and engaged in negotiations with suppliers, contractors, and landowners.

As the leader of the international team in the region, I was responsible for achieving results at each job site. This was accomplished through driving standardization and optimizing processes across our sites. I also handled planning, control, and the review of construction methodologies. In addition, I oversaw contract management and maintained strong relationships with our contractors. Projects executed: - Cerro Pabellón, Chile, Geothermal power plant, 48MW at 4.600masl. - Sauzal, Chile, Hydropower station, 80MW, repowering project, plant in operation stopped for this intervention. - Antuco, Chile, Hydropower station, 321MW, repowering project, plant in operation stopped for this intervention. - Huampaní, Peru, Hydro, 0,7MW, prototype greenfield stream diver in the existing discharge channel. - Callahuanca, Peru, Hydro, 84MW, rehabilitation after damage with mud by flooding that put the plant out of service. - Wayra I, Peru, Wind farm, 132MW. - Rubí, Peru, Solar PV plant 180MW. - El Quimbo, Colombia, Hydropower station, 400MW, dam reprofiling and stabilization during its operational phase. - El Paso, Colombia, Solar PV plant 86MW. - Pampa, Argentina, Wind farm (constructability analysis) 100MW.

Apiacás, Hydroelectrical Complex 102MW, 3 hydropower stations, green field: Salto Apiacás, Fazenda and Cabeca de Boi. As a site project manager, I took charge of realigning the project schedule for the entire complex. To prevent delays and expedite progress, we executed interventions concurrently rather than sequentially. My responsibilities encompassed redefining construction strategies and managing financial aspects, which included negotiating with suppliers and contractors.

Palo Viejo, Hydropower plant, 87MW, rehabilitation. As a Site Manager, I spearheaded the slope stabilization and channel reconstruction efforts in response to landslides that had disrupted plant operations. My responsibilities encompassed assessing the damage caused by the landslides, conducting geotechnical surveys, implementing slope reprofiling, and installing anchors and drains. These measures were essential for the future rebuilding of channels and roads.

Sredneuralsk District Heating modernization, special project with high impact with Ekaterinburg city and the operations of OGK-5.

Reftinskij Dry Ash Removal System for a Coal Fired 3.800MW power plant.

410 MW Combined Cycle Power Plant – Single Shaft

Puente Nuevo Coal Fired Power Plant 310MW, refurbishment for environment-making law accomplishment.

800 MW Combined Cycle Power Plant – Escatron – Spain

Sanitary installations and gas company, specializes in designing, installing, and maintaining systems related to water supply, drainage, sewerage, and gas distribution.

In charge of the construction of the infrastructure of the urbanization, including an emissary to the sea for the treatment water plant.

In charge of coordination and technical support to field, laboratory and office works, related to the company research, taking part in the decision-making, carrying out geotechnical research, project management and engineering projects including design and calculation of dams as Rio Quinto, an RCC dam standing at 82 meters in height destinated to water accumulation, and San Francisco, a CFRD dam with a height of 63 meters for water accumulation.

Chair of Soil Mechanics and Foundations – Department of Engineering and Science Fisicomathematics. Receiving in 1999 the Award as Professor Motivator of the year.