Useful Links and Info

European Parliament In-Depth Analysis, PE 759.348 (report on Construction and Renovation in the EU Housing Markets):

September 2025

Link Download

Key points:

  • 35 million buildings targeted for renovation by 2030 under the EU Renovation Wave.

  • 60 million heat pumps to be installed by 2030.

  • Current renovation rate: ~1% per year (deep renovations only 0.2%) vs. ~2% needed to meet targets.

  • 129 million outdated boilers currently installed across the EU, more than half inefficient.

This represents one of the largest structural retrofit programs globally.

Most Attractive Investment Segment
Worst-performing buildings (low energy efficiency classes, e.g., D–G) offer the strongest economics.
Why?

  • Higher upfront CAPEX, but

  • Significantly larger energy savings

  • Superior cost–benefit ratio vs. mid-efficiency assets

  • Higher valuation uplift post-renovation

  • Alignment with regulatory priority (EU focus on poorest-performing stock)

This creates a compelling value-add renovation strategy:
Acquire energy-inefficient assets → Standardized retrofit → Heating system upgrade (heat pumps) → Long-term rental stabilization.

Strategic Tailwinds

  • Regulatory push toward minimum energy standards

  • Carbon pricing revenues increasingly used for renovation subsidies

  • Structural housing undersupply across urban EU markets

  • Energy poverty affecting up to 8–16% of EU population, strengthening political support

EU BESS

EU Commission approves €279 million Czech State aid scheme to support investments in energy storage to foster the transition to a net-zero economy (2025)

Link

Key points:

Targeting at least 1.5Mwh BESS of utility scale for CZ in a shape of direct grants.

Eu Battery Storage Report 2025

Link Download

Key points:

EU Context

  • 27.1 GWh installed in the EU in 2025 (+45% YoY)

  • 77.3 GWh total EU installed capacity

  • Utility-scale = 55% of all new installations (15 GWh in 2025)

  • EU industry target: ~750 GWh by 2030 (10x growth required)

Battery storage has shifted from residential-driven growth to grid-scale infrastructure.

Market Signals Relevant for Czech Republic

Rising Price Volatility

  • Negative power prices in EU: 3.4% of the year in 2025 (~310 hours)

  • In leading markets (DE, NL, ES): >540 hours/year

Higher volatility = stronger arbitrage case for 1–4h BESS systems.

Czechia, as a highly interconnected Central European market, is exposed to the same cross-border volatility dynamics.

Revenue Model Reality

Successful EU markets show that IRR depends on:

  • Energy arbitrage (day-ahead / intraday spreads)

  • Frequency response

  • Ancillary services

  • Capacity mechanisms

  • Revenue stacking

Where stacking is allowed (e.g., Germany, UK), deployment scales quickly.

What Makes a Market Bankable (EU Evidence)

Top markets share:

  • No double grid charging

  • Priority grid access for storage

  • Clear ancillary market access

  • Streamlined permitting

Where these are missing, growth stagnates.

Czech Republic – Investment Implication

Czechia is not yet a top-5 EU market, meaning:

  • Early-stage grid-scale opportunity

  • Lower saturation risk vs Germany or Italy

  • Potential first-mover advantage

However, investment case depends on:

  • Access to ancillary service markets (ČEPS)

  • Grid connection timelines

  • Tariff treatment of storage (no double charging)

  • Possibility of revenue stacking

Strategic Takeaway

EU data confirms:

  • Utility-scale BESS is now the dominant growth segment (55%)

  • Price volatility is structurally increasing

  • Flexibility demand will surge as solar expansion continues

EU Energy Storage Targets by 2030 and 2050

Link Download

Massive Structural Capacity Requirement

  • ≥600 GW required by 2050 to support a fully decarbonised system.

  • Required deployment pace: ≥14 GW per year this decade.

Power storage is system-critical infrastructure.

Exponential Growth Gap = Investment Opportunity

  • Current deployment rates are far below required levels.

  • Europe had only ~3.8 GW of battery storage installed (at time of baseline reference in report).

  • Existing storage (~60 GW) is mostly pumped hydro (~57 GW), not batteries.

Implication: Battery storage must scale multiple times over to close the gap — creating long-term buildout visibility.

Duration Demand Evolves with Renewable Penetration

  • Up to ~60% variable renewables (vRES): demand is mainly short-duration storage (<10h).

  • Beyond ~60% vRES: need shifts toward daily and multi-day storage.

Implication:
In the 2025–2035 window, 1–4h / 2–6h BESS remains the core commercial segment.
Long-duration storage becomes more strategic post-2035.

The report confirms that EU storage deployment must accelerate dramatically to meet 2030 and 2050 targets.

This creates:

  • Long-term policy backing

  • Structural demand growth

  • Increasing monetisation of flexibility

  • A multi-decade infrastructure buildout cycle

Storage in Europe is transitioning from an opportunistic market to a core regulated energy infrastructure asset class..

Why now?

Both, from the point of energy market and construction market, there is a unique situation for growth.

Energy markets across Europe are undergoing structural change:

• Energy price volatility has accelerated decentralization.
• Grid operators increasingly require distributed flexibility and storage.
• Residential electrification is scaling rapidly.
• Govnt supports energy efficiency and storage deployment.
• Digital aggregation enables coordination of thousands of distributed assets.

As for the reconstruction point of view,

EU requires actively the renovation of thousands of homes annually, allowing a long-term work.

500k+

years of
work ahead

houses require
renovation in CZ

10+

Market Context: EaaS in CZ

The European Energy-as-a-Service market presents a significant opportunity between two occupied segments.

We bridge the gap between large national enterprises lacking personalised service and small installers unable to provide comprehensive solutions or long-term warranty.

Customers' major pain points are:

  • excessively high energy prices, and a lack of options (from national firms);

  • absence of reliable services and guarantees (from local installers, as they often vanish from the market);

  • too many parties involved in the customer's home renovation (banks, architects, sellers, installers, etc).

AEM positioned as EaaS offering flexible tariffs, extended warranty, and a wide range of services.