Scaling Flexibility: VPPs, Storage & Business of the Decentralized Grid | Marko Svetina | TEB S1E14
with Marko Svetina· BM2 Solar· 83m
Marko Svetina discusses VPPs, battery storage, and market reforms needed to empower decentralized renewables and enhance grid resilience.
Key metrics
by the numbers · 8- monthsPeak shaving payback
- January 1st, 2012First commercial VPP project
- €60Single home PV panel cost
- below 10 cents/kWhPV+BESS LCOE
- 8-10 cents/kWhAustrian grid tariffs
- 5-50 MWTarget PV plant size
- 2-4 yearsBattery system payback
- €60-70/kWhCurrent battery price
Topics
8 tags- Duration
- 1h 23m
- Words
- 13.0k
- Questions
- 150
Timeline
10 chaptersEarly Career & US Experience
Marko Svetina worked in the US for a Swiss company promoting industrial mixing equipment in the early 2000s.
Transition to Energy Management
Returned to Slovenia and joined a spin-off from the Joseph Stefan Technical Institute, focusing on energy management for large industrial consumers.
Founding Cyber Grid in Vienna
Marko and two colleagues founded Cyber Grid in Vienna after their previous company's owners resisted a full pivot to the energy sector.
First Commercial VPP Project
Cyber Grid's first major customer was Electrolublana, with a commercial project starting January 1st, 2012, marketing tertiary reserve.
Toshiba Acquisition and Re-acquisition
Toshiba acquired 76% of Cyber Grid in 2013, but then pulled out of Europe in 2014-2015, leading Marko and partners to re-acquire the company.
Second Sale to EVN
Cyber Grid was resold to EVN in 2022, with Marko continuing to advise until 2023.
Launching BM2 Solar
Marko started BM2 Solar to empower independent power producers (IPPs) by enabling them to offer comprehensive energy services with PV and battery storage.
Ukraine Energy Security Project
Through Fifth Vault, Marko is involved in a project in Ukraine to transform energy systems for three cities, focusing on security and resilience via decentralization.
Permitting and Grid Tariff Barriers
Discusses challenges like varying regional rules in Austria, double taxation for storage in Austria, and minimum capacity requirements (e.g., 100 MW in Spain) for market access.
Challenges in Startup Investment
Highlights a funding gap for energy startups beyond seed stage, where multi-million euro investments are needed to cover high burn rates for talent and infrastructure.
Key insights
6 takeaways- 01
Utilities' VPP Adoption Lag
Despite early VPP success, many large utilities struggle to scale demand response due to conflicts with their core generation-centric business model and slow market design adaptation.
- 02
Market Access Disparity for IPPs
Independent power producers (IPPs) with only PV plants are largely restricted to day-ahead/intraday markets, missing out on lucrative balancing, ancillary, and redispatch services dominated by large utilities.
- 03
Battery Storage Transforms PV Economics
The dramatic drop in battery storage prices makes PV-plus-storage highly competitive, enabling IPPs to offer comprehensive energy services beyond simple energy sales, including grid support.
- 04
Subsidies Distort Market Signals
While initially useful, continued subsidies for mature technologies like solar PV lead to overproduction, negative prices, and disincentivize market-based optimization and flexibility.
- 05
Decentralization for Energy Security
Distributed energy resources, especially renewables combined with storage, are crucial for enhancing energy security and resilience against geopolitical vulnerabilities and physical attacks on centralized infrastructure.
- 06
Startup Funding Gap in Energy
While seed funding for energy startups exists, a significant gap appears for more substantial investments (multi-million euros) needed to scale operations, develop infrastructure, and attract top talent.
Pull quotes
4 quotesBut in principle I think the the demand responses or let's say virtual power plant kind of competes with the core business of the utilities
Subsidies basically I would say distort the market itself right so in the beginning they are good right to to start the business like also the solar right but right now the solar does not need subsidies right?
There are probably two parts to it, right? One is digitalization of the energy which and this is happening, right? This is what we also do. This is what a lot of the thing where the things are going. This means that we can really adapt quickly to to any changes on the market, right?
Energy markets or energy systems are becoming much more much cooler right to a certain extent. I don't want to say I mean especially because of of