Solutions

BESS, Aggregation and Virtual Power Plant — one stack

Three solutions that work together: modular battery hardware (BESS), the pooling layer (Aggregation) and the dispatch brain (VPP) that bids your assets into the market.

One stack, three layers — BESS · Aggregation · VPP Store and meter Pool and dispatch Settlement and revenue back to each asset BESS Hardware · storage Aggregation Pooling · network VPP Dispatch · markets One stack, three layers — BESS · Aggregation · VPP Store and meter Pool and dispatch BESS Hardware · storage Aggregation Pooling · network VPP Dispatch · markets VALUE RETURN Settlement and revenue back to each asset

Solution 01

BESS — Battery Energy Storage Systems

From desk and rack units to multi-megawatt blocks

The hardware layer: modular LFP battery platforms engineered for daily cycling. The same cell technology, BMS philosophy and monitoring layer scale from 5 kWh in a utility room to multi-megawatt blocks for grid services.

  • LFP cells, active balancing, multi-level BMS
  • Liquid-cooled commercial platforms, IP55 / C4-C5 outdoor options
  • Hot-swappable modules with front access on desk and rack units
  • Cloud EMS with alarms, reporting and remote firmware updates
BESS — Battery Energy Storage Systems — From desk and rack units to multi-megawatt blocks

Featured systems

Desk & rack

Plug & play

OGP D15

Usable energy
15.4 kWh
Rated power
10 kW
Cell chemistry
LFP (LiFePO₄)
DC voltage
48 V DC
Footprint
0.42 m²
Protection rating
IP21 / IK08
19" rack

OGP R100

Usable energy
102.4 kWh
Rated power
50 kW
Cell chemistry
LFP (LiFePO₄)
DC voltage
512 V DC
Format
19" × 42U
Protection rating
IP20 / IK09

Residential

Stackable

OGP HS

Usable energy
5.1 – 25.6 kWh
Rated power
3 – 12 kW
Cell chemistry
LFP (LiFePO₄)
DC voltage
51.2 V DC
Cycle life
6 000 cycles
Protection rating
IP65
High voltage

OGP HHV

Usable energy
8.2 – 40.9 kWh
Rated power
5 – 20 kW
Cell chemistry
LFP (LiFePO₄)
DC voltage
150 – 600 V DC
Cycle life
8 000 cycles
Protection rating
IP65

Commercial & industrial

Liquid-cooled

OGP PC215

Usable energy
215 kWh
Rated power
100 kW
Cell chemistry
LFP (LiFePO₄)
C-rate
0.5C
Round-trip efficiency
≥ 90 %
Protection rating
IP55
All-in-one

OGP PC418

Usable energy
418 kWh
Rated power
200 kW
Cell chemistry
LFP (LiFePO₄)
C-rate
0.5C
Round-trip efficiency
≥ 91 %
Protection rating
IP55

Utility-scale

20 ft block

OGP GB5

Usable energy
5.0 MWh
Rated power
2.5 MW
Cell chemistry
LFP (LiFePO₄)
DC voltage
1 331 V DC
Round-trip efficiency
≥ 92 %
Protection rating
IP55 / C4
Grid-forming

OGP GB8

Usable energy
8.4 MWh
Rated power
4.2 MW
Cell chemistry
LFP (LiFePO₄)
DC voltage
1 500 V DC
Round-trip efficiency
≥ 93 %
Protection rating
IP55 / C5

Indicative figures. The final configuration is defined after a technical assessment.

Solution 02

Aggregation

Distributed assets, one dispatchable unit

The pooling layer: we connect batteries, generation and flexible loads from multiple sites into a single dispatchable portfolio. Owners keep control of their assets; we operate the coordination, telemetry and settlement.

  • Multi-site telemetry on a unified protocol
  • Own-aggregator model — registration in process, no third-party commission
  • Settlement per asset with transparent revenue share
  • Cybersecurity and access control per site and per operator
Aggregation — Distributed assets, one dispatchable unit

Key capabilities

Multi-site telemetry

Uniform telemetry from heterogeneous inverters, BMS and meters — a single view of every connected asset.

Own aggregator registration in process

The model is designed for us to operate as aggregator once registration is resolved, avoiding third-party dependency and commission.

Per-asset settlement

Revenue from each dispatch is allocated back to the asset that delivered it, with auditable logs.

Cybersecurity by design

Per-site credentials, network segmentation and continuous monitoring aligned with IEC 62443 best practices.

Solution 03

VPP — Virtual Power Plant

Dispatch into SRAD, aFRR and capacity markets

The dispatch brain: an optimisation engine that bids the aggregated portfolio into Spanish and European wholesale and flexibility markets. The same engine coordinates self-consumption, peak shaving and arbitrage on the asset.

  • Participation in SRAD (active demand response) and aFRR (ancillary services)
  • Co-optimisation with self-consumption and tariff arbitrage
  • 24/7 operation with forecast-driven scheduling
  • Transparent reporting of dispatched volumes and revenue
VPP — Virtual Power Plant — Dispatch into SRAD, aFRR and capacity markets

Key capabilities

Market bidding

Automated bidding into SRAD and aFRR with reserve allocation, capacity certification and gate-closure handling.

Ancillary services

Frequency response, balancing reserves and capacity mechanisms delivered by the aggregated portfolio.

Co-optimisation

Self-consumption, peak shaving and arbitrage optimised jointly with market dispatch — never against each other.

24/7 control room

Continuous operation with forecast-driven scheduling, real-time telemetry and post-delivery verification.

Engineered against recognised frameworks

Our systems and operations are designed and documented in line with the following standards and test requirements. The certification scope is confirmed for each configuration and target market.

  • IEC 62619
  • IEC 63056
  • IEC 62477-1
  • UN 38.3
  • CE / UKCA
  • IEC 61000 (EMC)

Included with every solution

Sizing & simulation

Load-curve analysis, dispatch simulation across self-consumption and grid services, with a transparent payback model.

Integration engineering

Single-line diagrams, protection coordination, aggregator onboarding and documentation for the grid-connection application.

Commissioning

On-site start-up, functional testing, capacity verification, operator training and VPP onboarding of the asset.

Monitoring & O&M

Cloud EMS with alarming and reporting, preventive maintenance, spare-part logistics and market-delivery settlement.

Not sure which solution fits?

Tell us your available power, space and objectives — we will propose the configuration of BESS, Aggregation and VPP that fits.