- The economics of industrial battery storage
kWh/kW sizing, multi-use and the trade-off between peak shaving, arbitrage and balancing services — how an industrial battery actually pays off.
- Bankability: what a bank really wants to see in an energy storage project
DSCR, p10, the do-nothing comparison and tipping distance: the four figures a bank measures a battery or PV project by — and how EXAIOS delivers them reproducibly.
- § 14a EnWG and atypical grid usage in plant sizing
How reduced grid fees under § 14a EnWG and atypical grid usage affect the sizing of storage and PV — and how EXAIOS prices them in.
- Grid fees and redispatch curtailment as a return risk
Why grid-fee structure and redispatch curtailment co-determine the return of PV and storage projects — and how EXAIOS prices the risk.
- PPA structures for industrial customers
Physical and financial PPAs, on-site vs. off-site, price structure and bankability — how industrial customers place PPAs inside their energy architecture.
- Why EXAIOS: provably better, not merely faster
Certified optimality, p10 risk selection, full 15-minute reality and reproducibility — why EXAIOS stands above the market standard in decision intelligence, platform and intelligence layer.
- Does rooftop PV pay off? The honest calculation
PV on a family home can pay off — but not universally, and not the way the big all-inclusive providers sell it. What self-consumption, feed-in and financing really mean.