Energy & Smart Home Product Design

Design the app a household opens to see where its energy goes, and the platform operators use to watch thousands of homes and devices — one set of data, read two very different ways.

A steel robotic arm on a white podium plugs an orange connector into the wall of a white ceramic house with a solar panel roof.
Household and operator
One dataset, read two ways
Readings to device fleets
Consumption, records, alerts and dashboards
heimWatt
Customer portal: design and frontend
Custom scope
Set in the service’s proposal

In short

Energy products a household acts on, and an operator can run at scale.

What's included

  • Consumption views
  • Comparisons and results
  • Routines and schedules
  • Device records and status
  • Operator dashboards
  • Alerts and anomalies

Answers you'll have before development

  • Which number will a household act on?
  • What does an operator see first when a device fails?
  • Home app, operator platform, or both at once?

Where it stops

IoT & Connected Apps

Pairing and control for any connected device.

Energy & Smart Home Product Design

What energy data means to a home and to an operator.

Not included

  • Hardware, firmware or metering engineering
  • Energy savings or CO2 figures
  • Grid, tariff or regulatory certification

Where energy products lose the household

Four gaps between energy data and the people who read it, and the design work for each.

Discuss your product
  • A flat ceramic plate carved with a gauge scale, a graphite needle on a steel hub, three ceramic bars of rising height beside it.

    Consumption people act on

    A month of use read in a second, compared with something that makes sense.

  • A ceramic monitor covered in a grid of device tiles, one in graphite, three small thermostat pucks in front.

    Thousands of devices, one screen

    Groups, statuses and failing devices recognisable at a glance, not found by search.

  • A white ceramic file cabinet, its drawer open on steel runners and full of record cards, one raised card in graphite.

    A record for every device

    Location, schedule, status and history, with a whole building's settings set once.

  • Two ceramic screens and a ceramic phone on one steel base, a graphite block in front of them.

    One product on phone and monitor

    A card on a phone and a table on a monitor, built from the same parts and rules.

You receive

  • Household and operator flows
  • Every device and data state
  • A clickable prototype
  • A documented design system

Drawn for the night a sensor goes quiet.

Energy UX design is tested when data is missing or strange: a device offline overnight, a reading that spikes, a routine that fights a manual change. Each state gets a screen for the household and one for the operator.

Every screen is designed for

  • Device offline overnight
  • Reading spikes out of range
  • No history yet for a new home
  • Too few similar homes to compare
  • Routine clashes with a manual change
  • Away mode left on
  • Eight devices in one location
  • Building setting locked to an operator
  • Estimated reading, not measured

The energy products this approach suits

It fits when the same energy data has to serve a home and an operator. If two or more of the signs below match your product, begin here.

  • Data comes from devices in homes

    Thermostats, meters or sensors report, and people read the result.

  • Two audiences share one dataset

    A household wants one number; an operator wants every device.

  • Scale is already real

    Hundreds or thousands of devices, locations or buildings to watch.

  • Normal is defined

    Your team already knows what counts as an anomaly and who may change a setting.

Let's turn readings into something people act on

Tell us who opens your app, who runs the devices and which numbers nobody reads. We will suggest where to begin — household app, operator side or both.

Scope, access and who does what

Energy projects run under one service at a time, and that proposal sets the scope and when you review each piece.

Scope
Per service fixed or phased, set in the proposal
Timeline
Agreed after scope, access and dependencies
  1. You provide

    The product
    Staging with test homes or simulated devices, and a login for each kind of user.
    The rules
    What counts as an anomaly, how comparisons are made, and who may change a setting.
    Evidence
    Support tickets, device-failure logs, and what households and operators ask about.
    Engineering
    The team, the device cloud, and how often readings arrive.
  2. Who does what

    ANODA
    Follows households and operators through their day and designs each screen and device state for your developers.
    Your team
    Owns the hardware, readings and tariff logic, comments on each round, and builds the apps.
  3. Boundaries

    Outside energy design
    Development, hardware, firmware and metering, device pairing protocols, and energy or tariff calculations.
    After the design
    Building the apps and wiring them to meters, devices and data stays with your team or a partner. Build reviews are scoped apart.

Which number do your users ignore?

Tell us about the homes, the devices, the operators, and where your data stops making sense.

What do you need? *
Project budget (USD) *

What is your product, who uses it, and what would you like us to do?

    Within 15 minutes, we’ll reply with initial feedback and follow-up questions.

    Read more about energy data and alerts

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    Energy & Smart Home Product Design: common questions

    Which skills matter most in an energy app design partner?

    Ask for energy or smart-home work shown from both sides, not only a handsome thermostat. A partner worth hiring can show how consumption becomes something a household acts on, what an operator sees when a device fails, how a location with many devices stays readable, and how every state was written down for engineers. Also ask where their part ended, since design covers neither hardware nor metering.

    What would an energy UX design project cover for us, and what moves the price?

    Who uses what, household and operator flows with every device and data state, consumption and analytics views, a clickable prototype, UI on one design system, and specs your engineers build from. The number of roles, device types and platforms moves cost and time, as do redesigning while homes depend on the product and how much real data you can share. Your first service's proposal fixes both.

    Which people and jobs does the design cover, at home and at the operator?

    Householders and the people they share a home with, installers, operators and support teams, and the admins who set up buildings and locations. The workflows are reading consumption, comparing a month, setting temperatures and routines and switching to away mode, and on the operator side, grouping devices, watching status, handling a failing sensor and reading performance across many homes. Smart home app design starts from the room and the person in it; the operator platform starts from the fleet and the device that just went quiet.

    Should we start with the home app, the operator platform or both?

    In energy app design, the household app fits Mobile App Design; an operator platform in the browser fits Web App Design. Dashboard Design answers what a single screen of fleet data should say. Two products that must look like one fit Design Systems. An energy product still on the drawing board goes through UI/UX & Product Design; if the work is mostly pairing and controlling devices, IoT & Connected Apps is the better start.

    Who owns tariff, metering and privacy rules in the product?

    They stay with your team and advisers; we design how those rules appear. That covers how a reading and an estimate are labelled, what a household sees about the data collected in its home, who may change a building's settings, and what stays visible when data is late. Nothing in our work certifies a tariff, a meter reading or your privacy notice. Hardware, firmware and device protocols are outside our work, and we do not promise savings — a clearer chart is not a lower bill.

    What do you need to see of our devices, data and homes?

    Test homes or simulated devices on staging, a login for householder, installer and operator, and a product owner with the final say. The data rules as they stand — what counts as an anomaly, how comparisons are made — plus support tickets and failure logs. Talk to engineering early: the device cloud and how often readings arrive decide what the screens can promise.

    What energy work can you show us?

    heimWatt: a customer portal where homeowners follow their heat-pump or solar installation — its status, quotes and documents, in German and English — designed from scratch, with its frontend built by us on top of the company’s HubSpot. We designed neither the devices nor their firmware.

    Can you redesign an energy app homes already depend on?

    Yes. Homes and operators lean on energy products every day, so redesigns usually happen on a live system. We use your files and system if you have them, work with your designers and engineers, protect the habits households and operators already have, and all files are yours at the end.