we build the infrastructure
and intelligence behind
the electrified society.

how we make electrification work

From large-scale energy storage to real-time software, Ingrid develops and operates the technology that makes renewable energy reliable.

We work across the energy system, connecting physical assets with intelligent algorithms. Our solutions strengths the grid, improve efficiency, and accelerate the energy transition.

the intelligent grid layer

01

The first-generation
power grid​

Built a century ago, the grid was a one-way, centralised system designed for predictable power flow.

02

The grid is at its limits​

Today’s aging grid faces fluctuating renewables, rising electrification, and two-way power flows.

As capacity tightens, connection queues grow, renewables are wasted, and balancing gets harder.

Disconnection

Bottlenecks

Volatility

Rising costs

curtailment

long connection queues

03

making grid flex,
not break

Ingrid combines physical infrastructure with digital intelligence to ease grid bottlenecks, balance supply and demand, and add flexibility where it’s needed most.

real-time system balancing

large-scale energy storage

asset dispatch optimisation

green power structuring and PPAs

integration of renewables

automation & advanced forecasting

load-shifting & peak-shaving

capacity reserve

04

Our vision: an intelligent grid where power flows freely​

We’re building the foundation for a flexible, intelligent and cost-efficient grid. It is a system where thousands of assets coordinate in real time to keep power stable, affordable, and clean.​

more on what we do→

Capabilities

Real-time system balancing

Real-time control and frequency regulation that stabilise the grid during rapid shifts in supply and demand. Systems deliver ancillary services to maintain reliability and optimise grid performance.

Develop, build and operate BESS

Full-lifecycle management of battery energy storage systems — from development to operation — with sites designed for long-term performance, supporting both local grids and national flexibility markets.

Asset dispatch optimisation

Automation of dispatch, forecasting, and trading for renewable and storage assets in real time. Ensures each asset operates at maximum value while supporting grid stability and market efficiency.

Design PPAs and energy contracts

Structuring of power purchase agreements (PPAs) and offtake models for energy consumers and utilities. Creating stable returns for asset owners and accelerating the energy transition.

Local grid services

Forecasting, peak-shaving, and capacity-reserve solutions that help local grid operators ease congestion, improve efficiency, and reduce the need for costly grid expansion.

Real-time control and frequency regulation that stabilise the grid during rapid shifts in supply and demand. Systems deliver ancillary services to maintain reliability and optimise grid performance.

connecting the entire energy ecosystem

Ingrid works across the energy ecosystem to make electrification reliable and efficient. We partner with local communities, grid operators, investors, energy producers, utilities and many more to deploy flexibility where it creates the most value.

Project in focus

expanding grid flexibilityin northern finland

As renewable generation accelerates, grid stability has become a key challenge in Finland. Together with SEB Nordic Energy Fund, through Locus Energy, Ingrid is building Finland’s largest 70 MW/140 MWh battery storage system in Nivala. Once operational, the system will boost grid flexibility and resilience.

  • Finland’s largest BESS and first two-hour system

  • Operational in 2026

  • Support national grid resilience and renewable integration

“This project strengthens the local economy and significantly contributes to Finland's energy transition and grid stability.”

Päivi Karikumpu

Mayor of the municipality of nivala

solutions enabled by ingrid

energy storage

Development and operation of large-scale battery energy storage systems (BESS), from design and construction to long-term asset management.

Asset
Optimisation

Proprietary platform that optimizes and trades BESS and renewable assets to maximize performance, flexibility, and market value.

energy supply
& offtake

Design and structuring of green energy supply and offtake solutions including PPAs, tolling, floor, and offtake agreements.

Grid
services

Grid balancing services for frequency control. Technology and analytics that support local operators with forecasting, peak management, and reliable power.

let’s build a smarter

energy system

connect with our team to explore opportunities for collaboration.
Talk to our team→

Frequently asked questions

What does Ingrid do?

Ingrid Capacity builds the infrastructure and intelligence behind the electrified society. The company connects energy storage, software, and power markets to create flexibility that stabilises the grid, integrates renewable energy, and accelerates the transition toward a resilient, decarbonised and cost-efficient energy system.

How does Ingrid’s technology work?

Ingrid operates a proprietary trading and optimisation platform that manages renewable and storage assets in real time. The system makes thousands of data-driven decisions every hour — forecasting, trading, and balancing supply and demand. This helps the grid run more efficiently, reduces congestion, and lowers overall system costs.

Who does Ingrid work with?

Ingrid collaborates with grid operators, local communities, investors, technology partners, energy producers, and utilities to strengthen the power system at every level — local, regional, and national. By aligning capital, technology, and market innovation, Ingrid develops scalable solutions that ease local congestion, support regional balance, and enhance national energy security.

Why is a flexible grid important for electrification?

As renewable generation expands, flexibility becomes the foundation of a stable, efficient, and affordable energy system. It allows electricity to flow where and when it’s needed — maximising the use of existing infrastructure, integrating more renewables, and accelerating the energy transition without costly grid expansion and upgrades.

Why does the grid need to become intelligent?

Electricity generation and consumption are changing faster than the grid was designed to handle. As renewables and electrification grow, the system is becoming increasingly decentralised — with power flowing from many directions instead of just one. To stay balanced, the grid needs more intelligence, flexibility, and storage. A more intelligent grid uses data, automation, and distributed resources to manage variability, store excess energy, and deliver power where and when it’s needed most.