Energy Modelling Support and Implementation

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Blending cutting edge digital twins with in-depth experience to deliver accurate system insights. Reliable forecasts and accurate scenario analysis are not an aspiration anymore – they’re a business pre-requisite for minimizing costs and maximizing profits.

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PLEXOS Implementation || Custom Models || Long- And Short-term Planning || System Configuration || Stochastic Optimization || Hydro System Modelling And Optimization || Demand Forecasting || Optimizing Dispatch And Operation || SCADA || EMS || Integrated Resource Plan

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Australia, Dubai, Kazakhstan, Saudi Arabia, Serbia, Qatar...

PLEXOS Database Implementation

Implementing an energy database in modern software like PLEXOS is crucial for enhancing energy modeling and analysis. This integration allows for comprehensive data management, enabling users to access real-time information on energy supply, demand, and pricing across various scenarios. We have proudly completed such work for more than 20 countries worldwide, including different Utilities, TSOs and Consultancies.

Uzbekistan, 2023

Energy Mix Optimization

This ambitious project was set out to revolutionize Uzbekistan’s electrical grid by crafting an optimal energy mix that maximizes renewable resources. With a clear vision for a sustainable future, the focus was on harnessing the country's techno-economically viable renewable energy options by 2036, spotlighting key milestones in 2026 and 2030. By strategically planning for a greener energy landscape, Uzbekistan aims to transform its power system into a beacon of innovation and sustainability.

UAE, 2023

Reaching Clean Electricity Targets

Clean electricity lowers greenhouse gas emissions, enhances air quality, and reduces reliance on fossil fuels, making it a top priority in the fight against climate change. Go2Power's techno-economic and power system studies have been crucial for the UAE in achieving clean electricity targets by offering data-driven insights into the feasibility and integration of renewable energy sources.

Albania, 2023

Developing Energy Market Strategies for Hydro Producers

In the project for crafting advanced strategies for hydro producers, Go2Power made remarkable advancements by integrating state-of-the-art AI and recurrent neural networks - for inflow forecasting. This cutting-edge technology provided highly accurate predictions, which were then seamlessly incorporated into PLEXOS software. By optimizing system performance through PLEXOS, Go2Power significantly enhanced the efficiency and effectiveness of hydro production operations. This innovative approach allowed for more precise decision-making and strategic adjustments, ensuring that hydro producers could better manage their resources and respond to market fluctuations with greater agility and insight.

UAE, 2022

Generation Mix Optimization for Smart Microgrid

Optimizing the generation mix for the smart microgrids is key to achieving energy efficiency, sustainability, and resilience. By integrating diverse energy sources like solar, wind, and advanced storage technologies, Go2Power aimed to minimize costs and emissions, while ensuring reliable power supply. Our studies have played a vital role in this endeavor, offering data-driven insights into the optimal combinations of renewable and conventional energy sources.

UAE, 2021

Optimizing Dispatch and Operation of Power and Water Production Facilities

Go2Power, with invaluable support from the Energy Exemplar team, has unlocked new potential in PLEXOS for this project, dramatically improving the management and coordination of power and water production facilities. Enhancing these facilities to work in harmony is crucial for ensuring reliable service delivery and maximizing resource efficiency. When power and water production systems operate cohesively, they can better adapt to fluctuating demand, cut operational costs, and minimize environmental impact.

Bahamas, 2019

Developing Renewable Energy Plan and Integrated Resource Plan

Our team designed a tailored strategy that seamlessly integrates diverse renewable energy sources such as solar, wind, and hydro into the island's existing infrastructure. By optimizing these resources and incorporating advanced management techniques, we created a robust, cost-effective, and environmentally friendly energy solution. This project not only enhanced the island’s energy independence but also significantly reduced carbon emissions