FLEX by EnliteAI Energy

Unlock more capacity from the grid you already have — and prove it.

FLEX uses the flexibility already in your grid — transformer taps, reactive power, batteries, heat pumps, EVs — to raise hosting capacity, cut curtailment and defer reinforcement. Every gain is measured against a no-FLEX baseline, ready for your regulator.

Less copper. More code.
FLEX — hosting capacity assistant
live
Constraint ahead · 11:00–14:00
Feeder F-07 reaches its PV hosting limit — voltage at S-12
Ranked flexibility actions
1
Lower OLTC tap one step at substation S-12
Non-costly · tap · N-1 secure ✓
2
Reactive power setpoint for PV cluster K (cos φ 0.95)
Non-costly · Q · N-1 secure ✓
3
Charge battery K and pre-heat P2H pool before noon
Contracted flexibility · BESS SoC · P2H · N-1 secure ✓
KPI effect of this plan · logged with vs. without FLEX
Hosting capacity ↑
Curtailment ↓
Losses ↓
The operator decides.
Review options
01
Know the grid
→
02
Know the limits
→
03
Move the limits
→
04
Prove it — with vs. without FLEX
Measured the way regulators measure

Built for the new European smart grid KPIs

On 8 January 2026, ACER and CEER set out how regulators will judge smart grids: by results, not by installed technology. FLEX is built to deliver those results — and to report the effect of every lever in the format the new indicators ask for.

For DSOs
CEER indicators
More hosting capacity
Higher is better

Hosting capacity for generation and for new load, per node — today and three years ahead.

Without FLEX
With FLEX
Less curtailment, faster connections
Lower is better

Energy shifted into batteries, heat and EVs instead of thrown away — DSO- and TSO-driven curtailment counted separately — and shorter connection times for new generation and load.

Without FLEX
With FLEX
Lower losses, fewer voltage events
Lower is better

Tap and reactive-power optimisation, hour by hour, on the real switching state of your grid.

Without FLEX
With FLEX
For TSOs
ACER output KPIs
Lower security costs
KPI SEC · lower is better

Non-costly actions first — switching, taps, reactive power — before redispatch and countertrading.

Without FLEX
With FLEX
Cheaper than copper
KPI GEP · lower is better

Capacity gained through FLEX, priced against the classical line or transformer that would deliver the same benefit.

Reinforcement
With FLEX
More from existing assets
KPI PET · higher is better

Operational versus static ampacity, logged per line and transformer — FLEX puts the headroom to work.

Static rating
With FLEX
KPI-ready: every lever is logged as a pair — with FLEX, without FLEX. Bars are illustrative.
Why now

Connections, congestion, CAPEX — and regulators now measure results

Connection requests outpace reinforcement across Europe. EU rules point one way: flexible connections, published capacity, faster answers — and since January 2026, output KPIs that show what smart grids actually deliver.

Grid regulation in Europe — EU, Austria, Germany, Italy →
What FLEX solves — and with what

From operator problem to FLEX module

All use cases in detail →
Measured, not modelled

Measured results from real grids — tagged by the KPI they move

Hosting capacity · CEER
−18.1 pp

Lower peak line loading — from 60.2% to 42.1% on a real distribution grid, measured with Stadtwerke Kapfenberg.

Security cost · ACER
< 5 min

Day-ahead topology plans in under five minutes on real TenneT grid data (1,659 substations) — every in-distribution day solved N-1-secure, ahead of expert baselines.

Voltage quality · CEER
99.99%

Of operational voltage violations mitigated on a large DSO grid (Enel, 15-minute data) — computed ~5,000× faster than the baseline approach.

Sources and publications →
How it works

Three engines, one answer: how much more your grid can take

How FLEX works: your grid is mirrored in a digital twin, agents search millions of options against physics and regulation, and the operator decides between ranked recommendations.
1
Topology Time Machine
Know the grid

Your network as it actually was, at every point in time: topology, switching state, ratings and every intervention — built on open formats (CIM/CGMES, pandapower, OpenDSS, PSS/E) and the audit trail behind each KPI.

2
Dynamic Operating Envelopes
Know the limits

Physics-accurate import and export limits per connection point, every quarter hour, N-1 secure — the no-FLEX baseline every gain is measured against.

3
FLEX reinforcement learning
Move the limits

Reinforcement-learning agents find the best mix of flexibility and show how much hosting capacity each lever adds — ranked, explainable, and nothing switches without a human.

Tap
P / Q
BESS SoC
Power-to-heat
V2G
The operator decides. FLEX keeps the record.
The technology in depth →
In the media
trend
ORF
PwC
Forbes
Handelsblatt
All coverage →
Built for real grids
Measured on real networks — not only on benchmarks.
FLEX results come from live distribution grids and transmission operators across Europe — and are reported in the format your regulator now asks for.
How we measure — with FLEX, without FLEX →
Who we work with

Our customers and research partners

Customer engagements
Wiener Netze GmbH
Netz Burgenland GmbH
TenneT TSO B.V.
Research collaborations
Stadtwerke Kapfenberg GmbH
Stadtwerke Mürzzuschlag GmbH
Netz Niederösterreich GmbH
Energienetze Steiermark GmbH
Réseau de Transport d'Electricité (RTE)
Enel S.p.A.
Customers & projects in detail →
Proof of concept

Get your KPI baseline in 90 days

We replay a year of your grid with and without FLEX: hosting capacity, curtailment, losses — per lever, per node. A business case for your board and a head start on your regulatory reporting.