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Powergram

Intelligent energy optimization

Energy, intelligently connected.

Smarter battery and EV charging schedules. Lower energy costs. Better use of your grid capacity.

GRIDBATTERYEV CHARGINGSITE DEMANDPOWERGRAM

01 — The challenge

More infrastructure. One intelligent system.

Businesses are investing in battery storage, electric vehicles, and smarter energy infrastructure. But managing them together isn’t always straightforward.

Electricity prices fluctuate. Grid capacity is limited. Vehicles need to be ready on time. And every system has its own requirements.

The opportunity isn’t just adding more infrastructure. It’s making better use of what you already have.

Powergram brings energy data and operational needs into one place, helping businesses plan when to charge, store, and use electricity.

Different systems. Separate decisions.

Each system optimizes for itself — nothing coordinates them.

BATTERY STORAGEEV CHARGINGSITE DEMANDELECTRICITY PRICESCOORDINATION?
Row of electric trucks connected to chargers at a logistics depot on an overcast morning
Charging at a commercial logistics depot — where vehicles, chargers and grid capacity have to work together.Illustrative image

02 — Platform

Different systems. One smarter way to manage energy.

Powergram is building the software that brings commercial energy operations together. Starting with battery and EV charging optimization, the platform is designed to grow into a connected energy management system.

01Initial MVP

Powergram Storage

Make your battery work smarter.

Plan when to charge and discharge based on electricity prices, site demand, and battery constraints.

02Initial MVP

Powergram Fleet

Charge smarter. Depart on time.

Optimize EV charging around vehicle schedules, electricity costs, and available site capacity.

  • Unlock more from your grid connection.Planned capabilities to manage grid constraints and support participation in eligible energy flexibility markets.

  • Bring your energy systems together.Integrations designed to connect energy assets, charging infrastructure, and operational data.

  • One view across every site.A future platform for monitoring and coordinating energy assets across multiple locations.

Starting focused. Built to scale. Our initial MVP focuses on battery and fleet charging schedules. Additional capabilities are part of the longer-term platform roadmap.

03 — How it works

From complex energy data to a clear plan.

Powergram turns electricity prices, energy demand, and operational requirements into practical schedules.

Stage 01 · Connect
SITE CAPACITY RESPECTED · VEHICLES READYPRICESBATTERYEV NEEDSSITE DEMANDBATTERY CHARGEDISCHARGEVAN-01VAN-02TRK-04

Connect

Bring the data together. Combine electricity prices, site demand, battery information, and vehicle charging needs.

TodayFrom recommendation to automation. The initial MVP focuses on optimized scheduling and exports.

FutureAutomated hardware control is planned for future development.

04 — Product

See what smarter energy scheduling looks like.

What happens when battery storage, vehicle charging, and electricity demand are planned together? Explore an illustrative 24-hour depot scenario comparing standard and optimized energy scheduling.

Depot Nord · Your energy. A better schedule.

See how smarter scheduling can change when energy is used — without changing what your operations need.

Electricity cost
Standard: SEK 5,820
Optimized: SEK 4,900
Peak site demand
Standard: 406 kW ⚠
Optimized: 345 kW
Battery
Standard: Idle
Optimized: 320 kWh charged · 320 kWh discharged
Vehicles ready
Standard: 5/5
Optimized: 5/5

Same prices, site limits and departure times in both scenarios — only the schedule differs. Illustrative data for demonstration purposes. Not a verified customer result.

Site demand · stay within your limits · kW

BuildingEV chargingBattery charging
12:0018:0000:0006:0012:00
Your optimized day · energy cost
SEK 0
StandardSEK 5,820
OptimizedSEK 4,900

Illustrative simulation using modeled data. Savings represent energy costs at spot prices only and exclude grid tariffs, battery degradation, and other charges. Results are not verified operational outcomes.

Illustrative product concept

05 — Solutions

Built for real operations.

From logistics depots to commercial properties, Powergram is designed for businesses where energy costs, capacity, and operational requirements intersect.

01Initial focus

Logistics & Fleet Depots

Keep your fleet moving. Charge vehicles at the right time, manage site capacity, and meet departure schedules without unnecessary electricity costs.

02Planned expansion

Commercial Properties

Plan battery operation and electricity use around changing demand, electricity prices, and site constraints.

03Long-term vision

Distributed Energy Infrastructure

A longer-term vision for coordinating energy assets across multiple locations.

Images are illustrative. Applications represent intended markets, not existing customer deployments.

06 — Vision

The future of energy is coordinated.

The energy transition is bringing more batteries, electric vehicles, and distributed energy systems into everyday business operations. But more infrastructure alone won’t solve the challenge.

The next step is making it all work together.

Powergram is starting with smarter scheduling at individual sites, with a long-term ambition to coordinate energy across connected businesses, buildings, and infrastructure.

Less complexity. Better decisions. More value from every kilowatt.

Engineer reviewing a battery storage cabinet with a tablet
Illustrative image · battery storage operations

Built in Sweden

Building the next layer of energy intelligence.

Powergram is developing software to help commercial sites coordinate battery storage, EV charging, and electricity demand. Starting with intelligent scheduling, the platform is designed to evolve toward broader energy coordination across connected infrastructure.

Discuss your energy challenges

Make every kilowatt count.

Discover how smarter battery and EV charging schedules could help your business reduce costs and make better use of available capacity.