In one of our previous posts, we explained how the G1.1.3 program scores applications based on cost per 1 MW and 1 MWh. The same criteria now apply to the new NFOŚiGW program “Electric energy storage systems and related infrastructure…”, which officially opened last Friday.

How much can a battery cost to score the maximum number of points?

📊 In the chart below, we show the maximum battery cost that allows you to achieve the highest score in both cost categories. The takeaway? Reaching the top score will likely require tough negotiations with your technology provider.

Revenues are equally important!

💼 But price isn’t everything. When submitting your application, it’s crucial that the techno-economic analysis is grounded in realistically estimated project revenues. FlexPlum can support you with the revenue-side analysis – for both standalone and co-located storage systems.

📩 Planning to apply?

Let us know on contact@flexplum.com – we’ll send you a detailed offer.

Need help preparing the full application?

We’ll be happy to connect you with a trusted partner.

Tell us what you think!

We warmly invite you to visit our LinkedIn profile and share your thoughts in the comments under our latest post:

LinkedIn - NFOŚiGW call is open – how much can a battery cost to score the maximum number of points?

#EnergyStorage #Funding #FlexPlum #BESS #NFOSiGW hashtag#Optimization #RevenueAnalysis #ApplicationSupport #Studium Wykonalności wraz z aktywnym modelem finansowym #Instrukcja sporządzania Studium Wykonalności dla przedsięwzięć ubiegających się o dofinansowanie ze środków NFOŚiGW #pomoc kontekstowa GDW