Tools & Services
Empowering Success, Unlocking Potential: Tools & Services for a Transformative Journey
01.
- Hybrid Energy System Analysis
Hybrid Energy System Analysis involves the comprehensive examination and evaluation of hybrid energy systems, which integrate multiple energy sources and technologies to meet energy demands efficiently.
This analysis encompasses various aspects, including the assessment of different energy sources, such as renewable energy technologies and conventional power generation, and their integration into a unified hybrid system.
It also involves evaluating the optimal sizing and configuration of the hybrid system components, such as solar panels, wind turbines, energy storage devices, and grid interconnections.
Furthermore, the analysis considers factors such as system performance, reliability, cost-effectiveness, environmental impact, and the overall energy supply-demand balance.
By conducting a thorough hybrid energy system analysis, end users can gain insights into the feasibility, benefits, and potential challenges associated with deploying and operating hybrid energy systems, paving the way for sustainable and resilient energy solutions.
- Estimation of renewable energy production
- Price estimation
- Cost estimation of H2
- Battery Energy Storage System (BESS)
- Electrolyte
- Hydrogen (H2) storage
- OPEX/CAPEX: BESS system (Battery Energy Storage System)
- H2 system (Hydrogen system)
02.
- CN-HESS optimization s/w
The CN-HESS Optimization software is a powerful tool designed for the optimization of hybrid electricity storage systems in renewable energy sources (RES).
This software enables users to analyze and maximize the performance and efficiency of hybrid energy storage configurations within RES installations.
By considering factors such as renewable energy generation, energy storage technologies, grid connectivity, and load demand patterns, the software assists in identifying the optimal sizing, operating strategies, and control mechanisms for the hybrid storage system.
Additionally, it helps assess the economic viability and environmental impact of different storage options.
The CN-HESS Optimization software empowers users to make informed decisions, leading to the effective integration of renewable energy sources and the optimized utilization of hybrid electricity storage, ultimately contributing to a more sustainable and reliable energy infrastructure.
- Integration of Time Series, Technical Specifications, and Economic Models for Output Generation in Optimization Software
- Time series, customized on a case-by-case basis provide input to the Optimization Software to generate outputs, the results.
03.
- Outputs and Optimization
Optimizing the outputs and results of a hybrid energy storage system involves several key aspects.
First, the energy inputs, including market conditions, battery performance, and electrolyte management, are carefully analyzed and fine-tuned to ensure efficient utilization of resources.
Additionally, optimizing income from markets is crucial, with a focus on maximizing revenue generation through effective energy trading in different timeframes, such as intraday, short-term, and long-term markets.
Furthermore, the sizing of the hybrid storage system is optimized, considering break-even scenarios and conducting thorough risk assessments to determine the optimal capacity, configuration, and performance.
By addressing these areas of optimization, organizations can enhance the overall efficiency, profitability, and resilience of their hybrid energy storage systems, leading to improved operational outcomes and long-term sustainability.
- Energy in: Market , Battery, Electrolyte
- Income from markets: Intraday, 1-4 days ahead, 5+ days ahead
- Sizing of hybrid storage: Break-even scenarios, Risk assessment
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