I will model optimize battery storage systems and techno economics
About this Gig
Need to evaluate the technical and economic feasibility of a Battery Energy Storage System (BESS)?
I provide customized modelling and techno-economic analysis for battery storage, renewable-energy and energy-management applications.
Services include:
BESS sizing and operation
Charge/discharge optimization
PV/wind + battery integration
Energy arbitrage and peak shaving analysis
Battery degradation and lifetime modelling
CAPEX/OPEX and lifecycle cost analysis
ROI, NPV and total cost of ownership
Storage technology comparison
Sensitivity and scenario analysis
Deliverables can include Python models, Excel results, technical graphs and engineering interpretation to support feasibility and investment decisions.
Please contact me before ordering to discuss your system, available data and project objectives.
Service type:
Research
Language:
English
Delivery style preference
Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.
Academic work to be done for you, is unethical since it violates most schools’ Honor Codes.
Asking sellers to prepare homework/academic works on your behalf is against Fiverr’s Community Standard and may lead to your account being disabled.
FAQ
What is the main objective of the battery system?
Options: Energy cost reduction / Peak shaving / Renewable self-consumption / Energy arbitrage / Grid services / Backup / Other
Please provide the available system data.
This may include electricity load, PV/wind generation, electricity prices or grid import/export data.
Do you already have a battery size or should the optimal BESS size be determined?
If known, provide battery power in kW/MW and capacity in kWh/MWh.
Please provide available battery specifications.
Such as efficiency, SOC limits, CAPEX, OPEX, lifetime, degradation or cycle limits. If some parameters are unavailable, please indicate this.
What type of analysis do you require?
Options: BESS sizing / Operational optimization / Techno-economic analysis / ROI and payback / Degradation analysis / Technology comparison / Complete analysis
