PV + BESS

Our Approach: end-2-end optimization from day one​

Create a digital twin of your asset that stays up to date with any changes and connect your setup to the markets. Simulate the revenue potential while considering all key inputs, constraints, and requirements.​

• Problem

  

  A solar farm developer plans to add BESS to their setup. They would like to understand the benefits of adding a BESS with aspects such as grid feed-in and peak shaving while maximizing profitability.

  Problem

  A solar farm developer plans to add BESS to their setup. They would like to understand the benefits of adding a BESS with aspects such as grid feed-in and peak shaving while maximizing profitability.

  

• What we do

  

  We create a digital twin that simulates PV generation, grid prices, and battery performance to determine the optimal dispatch strategy across different revenue streams. The simulation compares various setups, including the classical co-location setup, where PV feed-in and grid connection usage are prioritized over the battery, and hybrid setups, where PV and battery systems are fully integrated for optimized performance.​

  What we do

  We create a digital twin that simulates PV generation, grid prices, and battery performance to determine the optimal dispatch strategy across different revenue streams. The simulation compares various setups, including the classical co-location setup, where PV feed-in and grid connection usage are prioritized over the battery, and hybrid setups, where PV and battery systems are fully integrated for optimized performance.​

  

• Results

  

  Users gain clear insights into optimal energy shifting, peak shaving potential, and market arbitrage opportunities, improving both energy independence and financial returns.​

  Results

  Users gain clear insights into optimal energy shifting, peak shaving potential, and market arbitrage opportunities, improving both energy independence and financial returns.​