↳ A DISTRIBUTED BATTERY FUND

Reliable Power.
Where the Grid & Industry Needs It.

Apex Energy delivers distributed, co-located battery storage projects that turns renewable power into reliable electricity.

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↳ INTRODUCING APEX ENERGY

Deploying sub-utility battery storage to support a European grid under structural pressure.

Apex is built as a distributed, co-located flexibility platform using sub-utility scale battery assets to unlock value at strategically valuable nodes.

Initialising grid view
  • 01
    Size
    Small (sub-utility) batteries.Standardized, fast and repeatable.
  • 02
    Location
    Co-location with production and C&I.Existing grid access, reducing time to revenue.
  • 03
    Revenue
    Revenue streams across FtM and BtM.No single market dependency.
  • 04
    Ownership
    Distributed BESS strategy and fleet.Distributed, co-located fleet, asset diversification.
↳ THE FLEXIBILITY GAP

Energy flexibility is a growing problem, driven by electrification.

Demand is climbing and the shape of it is changing. Both are straining the grid. New loads from data centers, electrified transport, and heat pumps are stacking sharper, less predictable peaks onto power systems that were never designed for them. The strain is no longer occasional. It is structural, and it grows with every megawatt of new demand.

Denmark · DK1 & DK2
Wireframe flexibility visualization
55°41′ N · 12°34′ E
↳ MACROECONOMIC CONDITIONS

Four structural tailwinds have converged.  

  • VOLATILITYRenewable penetration driving structural volatility.
  • MACROEnergy resilience has become sovereign policy.
  • ECONOMICSCost has come down, revenue stack has expanded.
  • Grid capacityGrid infrastructure slots are available today.

Tailwinds make this the strongest entry point European BESS has ever offered.

↳ BUILT FOR THE FIELD

Standardisation and automation across the entire value chain. 

Combined with strong owner-operator relationship turns distributed complexity into an advantage for Apex Energy. 

Apex Energy field device
↳ LIVE ASSET EXAMPLE

One battery, multiple revenue streams.

LIVE · SITE 02 /A 1 MW / 2 MWh battery on an industrial site. Earning behind-the-meter for the host and front-of-the-meter for the grid, simultaneously.

Behind-the-Meter
Peak shaving

Cut capacity charges and grid fees.

Load shifting

Charge cheap, discharge at peak.

Resilience

Backup power, solar/wind optimisation.

Apex Energy battery container
Front-of-the-Meter
Ancillary services

Frequency balancing: FCR, aFRR, mFRR.

Wholesale arbitrage

Spread across day-ahead and intraday.

9–12mo
Time to revenue
1–5 MW
Battery size
10-15y
LIFECYCLE
Host outcomes
↓ Tariff   ↓ Bill   ↓ Downtime
Grid outcomes
↑ Capacity   ↑ Arbitrage   
↑ Flexibility
↳ THE FUND

Live assets generating revenue across an expanding battery fleet.

Live operating assets delivering real-time dispatch, with a pipeline of >100MW distributed assets across electricity zones in Denmark.

LIVE · ASSET OPERATIONS
55°41′N · 12°34′E
Deployment feed
Auto · ~3s
DK1Esbjerg N2.0 MWEnergising
DK2Køge1.0 MWCommissioning
DK1Holstebro1.5 MWGrid sync
DK2Hillerød1.2 MWPermitted
DK1Fredericia2.5 MWConstruction
DK2Næstved1.0 MWReady-to-build
DK1Aalborg S1.8 MWDispatching
DK2Roskilde1.4 MWEnergising
DK1Esbjerg N2.0 MWEnergising
DK2Køge1.0 MWCommissioning
DK1Holstebro1.5 MWGrid sync
DK2Hillerød1.2 MWPermitted
DK1Fredericia2.5 MWConstruction
DK2Næstved1.0 MWReady-to-build
DK1Aalborg S1.8 MWDispatching
DK2Roskilde1.4 MWEnergising
illustrative