EnerVectum AB has been officially registered in Sweden, marking an important step in the development of a new commercial platform for integrated energy flexibility.
The company is based in Gothenburg and will focus on modular hybrid energy systems for buildings, light industry, property owners and energy companies.
EnerVectum’s role is to bring together thermal storage, batteries, heat pumps, solar PV, EV charging, grid electricity and intelligent control into practical site-level flexibility solutions.
A new commercial step
EnerVectum AB has been established to support the transition from isolated energy assets toward integrated, measurable and scalable flexibility solutions for real customer sites.
Why energy flexibility matters
The energy transition is increasingly shaped by flexibility. Many customer sites already have several energy assets, but these assets are often managed separately.
Solar PV may export electricity at low value, heating demand may create peak exposure, EV charging may increase grid pressure, and thermal loads may remain underused as flexibility resources.
EnerVectum is being established to address this gap.
The missing thermal-flexibility layer
EnerVectum will focus on customer sites where heat demand, PV export, power tariffs, grid constraints, EV charging plans and electrification pressure create a clear need for smarter energy management.
Focus areas
EnerVectum will focus on integrated flexibility solutions for sites where several energy challenges overlap. The aim is to help customers increase resilience, improve renewable energy use, reduce avoidable energy costs and prepare for future flexibility markets.
Buildings
Helping property owners coordinate heating, solar PV, batteries, EV charging and local energy use.
Light industry
Supporting sites with heat demand, electrification pressure, peak-power exposure and operational energy needs.
Local energy systems
Creating practical flexibility concepts for sites, portfolios, utilities and energy partners.
A system-level approach
EnerVectum is not positioned as a single-component supplier. Instead, the company will work with selected technologies, partners and customer sites to design, integrate, validate and scale practical flexibility solutions.
This means combining mature energy assets with a thermal-centred flexibility architecture, clear control logic and structured pilot validation.
- Thermal storage and heat-side flexibility
- Batteries and fast electrical flexibility
- Solar PV and renewable self-use
- Heat pumps and heating-system integration
- EV charging and local capacity management
- Site data, monitoring and intelligent control
First phase: pilots and reference projects
In the first phase, EnerVectum will focus on structured pilot and reference projects. These pilots should generate measurable technical performance, customer value, partner learning and replication logic.
The objective is not only to demonstrate equipment. The objective is to build evidence around how integrated flexibility can create real value at customer sites.
What a strong pilot should create
- Measured technical performance
- Clear customer value
- Improved understanding of site-level flexibility
- Partner learning and role clarity
- A replication pathway for future projects
About EnerVectum AB
EnerVectum AB develops integrated energy flexibility solutions for buildings, light industry and local energy systems. The company combines modular thermal storage, mature energy assets and intelligent control to help customer sites become more flexible, resilient and ready for a more electrified and decarbonised energy system.
EnerVectum welcomes dialogue with property owners, industrial customers, utilities, technology partners, investors and public innovation actors interested in practical thermal-centred energy flexibility.
Interested in practical energy flexibility?
EnerVectum welcomes dialogue with property owners, industrial customers, utilities, technology partners, investors and public innovation actors interested in structured pilots and scalable flexibility solutions.