GoogleDesign it yourself
Take full control
Take full control of rooftop layouts, solar farms, energy calculations and customer proposals. All the professional tools are there when you need them.
AI-powered solar design software for installers and EPCs
Solar design software that does the work for you.
A virtual engineer that works 4× faster and doubles your conversion.
Describe your project, and the virtual engineer prepares the PV layout, energy calculations, pricing and customer proposal. Work directly in the design tools whenever you want, or let AI handle the preparation for your review.
Design it yourselfProfessional tools for roofs, farms, calculations and proposals.
Let the virtual engineer helpDescribe the project in everyday language; the virtual engineer uses the tools.
Review and sendProposal, visualisation and email prepared for your approval.
- 520,000+PV projects designed in 2025
- 30countries with installers using EasySolar AI
9,000+ integrations
GDPR + CCPA compliant
Used by installers in 30 countries
- Kungälv Energi
- SoloSolar GmbH
- Tauron
- Solorkan AS
- PEGK
- SOLVENTE
ZapierMakeofficial partner- Googlefor Startups Accelerator 2026
- Data hosted in the EU
Your software. Your way.
Design it yourself. Or let AI do the work.
EasySolar gives you the professional solar design tools you expect, and a new way to use them.
Let the virtual engineer help
Describe what you need
Describe what you need in everyday language. The virtual engineer uses the design tools to prepare the project, calculations and proposal for you.
Same powerful software. Less manual work when you want it.
Meet the virtual solar engineer
You give the instructions. The virtual engineer does the work.
Imagine finishing a customer meeting and handing the next steps to a virtual solar engineer. Instead of opening multiple screens and preparing everything yourself, you describe the project. The virtual engineer opens the design tools, prepares the layout, runs the calculations, applies your pricing and drafts the proposal. You review the results, make any changes and decide what goes to the customer.
It is like having engineering assistance available whenever you need it, built into your solar design software.
Works with all four design tools
- Google Maps, automatic
- Solar farm and industrial
- Roof photo from the ground
- Drone image or your own map
Step 1 · The address
Start with an address
Type the project address and confirm the pin, from the customer’s table, the car or the office. That is all the virtual engineer needs to open a project.
No model callStep 2 · The project
Customer and project are created for you
The engineer creates the customer and the project and opens the design tool at that address. No “add client”, “add project”, “choose method” across three screens.
Deterministic, no modelStep 3 · The details
Describe the customer’s needs in everyday language
Who they are, what they pay for electricity, what they want. Missing values the engineer takes from the customer’s previous project, your company defaults or the tariff table, and shows where each one came from.
The model reads, the console savesStep 4 · The design
The engineer opens the design tools and prepares a layout
Modules land in the roof editor you already know. Move, add or remove what the roof needs, then “Save and continue”. The engineer waits beside it and knows what you saved.
The EasySolar AI editor, inside the conversationStep 5 · Calculations, pricing, proposal
Everything comes back ready to check
Energy production, consumption balance and pricing come from EasySolar’s calculation tools and your configured data. The proposal, the project visualisation and a draft email are prepared for your review.
Numbers from EasySolar AI onlyStep 6 · Your decision
Adjust, approve, and send when you are ready
“Add a 5-year loan.” “Write a summary I can send by email.” The engineer recalculates and drafts the email with the figures and the offer link. You read it, change what you like and send it from your own mailbox. Every tool used is listed in the side panel.
The model understands, the engine calculatesNew projectGoogle Maps, automaticTools used 0/4+
BetaAn early version. We are still working on it.
Fresh coffee. Fresh project?
New project
Street, number and town
Google Maps, automatic– design methodNext →
Let's start with the addressThe rest we settle in the conversation.
Recent clients
Nowak · Wiśniowa 3, Wieliczka yesterday
Zieliński · Lipowa 8, Skawina 2 days ago
Wójcik · Rynek 21, Bochnia 5 days ago
Słoneczna 14, Kraków
Project address
Słoneczna 14, 30-001 Kraków
- Client and project
- created
- Design method
- Google Maps, automatic
Project ready. Tell me in one sentence who the client is and what they need.
Jan Kowalski, pays about €80 a month, pitched roof, wants battery storage too
Client data
What I know about the client and the installation
- Client
- Jan Kowalskifrom the brief
- Electricity bill
- €80 / monthfrom the brief
- Electricity price
- €0.28 / kWhlast project
- Battery storage
- yesfrom the brief
- Self-consumption
- 35%assumed
Opening the editor on the roof. Lay out the modules and save, I will do the rest.
Panel layout
- Modules
- 14 × 450 Wp
- System size
- 6.30 kWp
✓Valuation from your component list
✓Home energy balance
✓Annual production
✓Proposal ready for review
The bundle
Valuation€6,420 net
Energy balanceself-consumption 42% · payback in 7 years
Production6,410 kWh / year
Offerready, not sent
Review the proposaladd a 5-year loan and write a summary I can send by email
✓Financing: loan, 5 years
✓Summary written
Loan over 5 years added: €130 a month, less than the current electricity bill. The email below is ready to copy; read it, edit it and send it yourself. The offer link is already in it.
Summary
Słoneczna 14, Kraków
- Power
- 6.3 kWp
- Panels
- 14
- Annual production
- 6,410 kWh
- Net price
- €6,420 net
- Saved a month
- €66
- Loan, 5 years
- €130 / month
Dear Mr Kowalski,
Thank you for the conversation. For your roof at Słoneczna 14 we propose a 6.3 kWp system with 14 modules and a 5 kWh battery, producing about 6,410 kWh a year and covering around 80% of your consumption. The price is €6,420 net; with a 5-year loan the instalment is €130 a month, while your bill drops from €80 to about €14. The offer with all the details is here:
Kind regards,
Anna Nowak, Solar Installers Ltd
Copy as HTMLRestore the original
Your design office goes with you
You are with the customer. The virtual engineer prepares the project.
You are visiting a customer. They want to know what a solar system could look like on their roof. Normally, that is another task waiting for you back at the office.
With EasySolar AI, you can start the work right there. Send the virtual engineer the address and project details from your phone, and let it prepare the design and proposal for your review.
Whether you are on-site, in the office or working remotely, your next solar project does not have to begin with hours of manual setup.
Less work waiting for you at the end of the day.
Solar Installers Ltd
Your Future with Solar Energy
Prepared for
Jan KowalskiSłoneczna 14, KrakówContact person
Anna Nowak+48 600 000 000
Thank you for your interest in solar energy. Below you will find a system tailored to your home, its yield, your savings and the price quote.
Anna NowakProject supervisor
Tailored Solar System – Optimized for Your Needs
14modules
6.3 kWpsystem size
6,410 kWhper year
Module
450 Wp, black frameInverter
8 kW hybridStorage
5 kWh batterySolar Production vs Consumption - At a Glance
42%self-consumption
80%of your consumption covered
Monthly production, January to December.
Your 20-Year Investment and Savings
Current bill€80 / month
Bill after installation€14 / month
20-year savings€24,600
Payback7 years
CO₂ avoided per year2.9 t
Price quote
14 × 450 Wp modules€2,380
8 kW hybrid inverter€1,290
5 kWh battery storage€1,950
Mounting, cabling, labour€800
Total net€6,420
VAT 8%€514
Total gross€6,934
Accept offer
Prepared in EasySolar AI
Interactive proposal
Prepared on the road, reviewed on your phone
Everything a virtual solar engineer needs
Professional solar design tools for almost any project.
The virtual engineer does not just generate text. It works with specialised solar design tools built for real projects. From residential roofs to commercial photovoltaic installations and solar farms, EasySolar gives you different ways to prepare accurate PV layouts using the information you have.
01 · Roof photo design
Turn a customer’s roof photo into a solar visualisation
Use a photo taken from the ground to create a perspective view of the planned installation. The virtual engineer positions the modules on the roof, giving customers a clearer picture of what they are buying.
- Image
- Any photo from the ground, straight from a phone
- Virtual engineer
- Opens the perspective tool, computes the perspective and lays the modules into depth
- You
- Mark the four corners of the roof face and one reference dimension
- Best for
- Residential roofs, customer meetings and visual proposals
02 · Solar farms and industrial projects
Plan large solar installations without starting every layout from scratch
Use the solar farm and industrial design tools to arrange modules across larger sites. The virtual engineer prepares the layout while you focus on the project requirements and final design decisions.
- Image
- Open national orthophotos where available (Poland, Spain, Germany, USA), otherwise Google imagery
- Virtual engineer
- Opens the farm tool, takes the parcel outline, lays 1 to 6 row tables with row alignment and spacing
- You
- Confirm the parcel, choose the structure, adjust the areas
- Best for
- Ground-mounted solar, commercial sites and industrial projects
03 · Automatic design from aerial imagery
Start a rooftop design with an address
Open the project location using aerial imagery and prepare a proposed PV layout. The virtual engineer turns site information into a solar design, while you verify the roof and make any necessary corrections.
- Image
- Aerial imagery fetched by project address
- Virtual engineer
- Detects roof faces, azimuth and pitch, places the modules
- You
- Verify the roof, fix the outline if the imagery is old
- Best for
- Initial rooftop designs and residential quotations
04 · Drone images and your own site plans
Keep designing even when online maps are not good enough
Use your drone photos, orthophotos or plans as the starting point for a project. The virtual engineer prepares the layout using your site image, with scale and geometry checked by you.
- Image
- Any file: drone photo, roof plan, surveyor orthophoto, sketch
- Virtual engineer
- Opens the image tool, scales it from your one dimension, draws the outline and fills it with modules
- You
- Mark one reference distance, check scale and geometry, correct where needed
- Best for
- New buildings, outdated satellite imagery and custom surveys
Four ways to design. One connected project. And a virtual engineer to help you use the tools. Explore the design tools in the video tutorials.
Engineering calculations, not AI guesses
The virtual engineer uses real calculation tools. Not invented numbers.
AI makes working with EasySolar easier. The underlying engineering calculations still come from dedicated PV design tools and project data. The virtual engineer uses the system’s energy production calculations, consumption analysis, component information and your own pricing. That means you can see where the numbers come from, review the assumptions and adjust the project before presenting it to your customer.
Energy production
Output from the site, not from a guess
Understand expected output based on the site’s solar resource, system orientation, shading, equipment and modelled losses. Annual and monthly production for every variant.
Energy balance
Production compared with consumption
Compare production with customer consumption, evaluate battery storage and explain the energy flows in a clear visual format. The same engine powers the free calculators you can embed on your own site.
Your own project pricing
Estimates from your prices
Prepare project estimates using your configured component prices and labour costs. Upload the list once or sync it from Google Sheets.
Select month
June
Energy consumption profile
Time
Production27.8kWh/day
PV Power6.3kWp
Panels14pcs
Solar
Consumption4.8kWh
From PV4.8kWh PV
Home
Stored5.0kWh
Level100%
Battery
Charging2.2kWh
Range12km
Vehicle
Energy import0.0kWh
Energy export15.8kWh
Energy grid
Example: 6.3 kWp, 14 modules, 6,410 kWh a year, 5 kWh battery. Daily values for the selected month.
You stay in control of the design, the calculations and the final quote.
Already in your market
Ready on day one. No setup before the first project.
Local languages, subsidies, net metering rules and electricity tariffs are already in place for the markets below, so you can design and quote right after signup. Later, when you want to, connect your own price list, Slack, email or your warehouse system; and if your support programme is not listed, build it yourself in a few minutes.
Start your free 3-day trial
Poland · Home market
Our home market, which we have been helping shape from the very beginning. With over 22 GW of installed PV capacity and more than 1.5 million prosumers, Poland remains one of Europe's largest rooftop solar markets.
United States
One of the world's largest solar markets, with over 240 GW installed and rapid residential growth. EasySolar AI supports the federal Investment Tax Credit (ITC), state-level rebates, and net metering rules that vary by utility and state.
Germany
Europe's largest solar market, with over 100 GW of installed PV capacity. EasySolar AI supports KfW financing, EEG feed-in tariffs, and the full range of regional Förderung programs.
Spain
A top-three EU solar market with nearly 50 GW installed and strong self-consumption regulation. Fully localized for autoconsumo rules, regional subsidies, and compensación simplificada billing.
Italy
A mature rooftop market with over 37 GW installed. Configured for Scambio sul Posto, Superbonus successors, and the evolving CER (energy community) framework.
France
Solar is accelerating fast, with France now ranked third in the EU. EasySolar AI is aligned with the latest Arrêté tariff revisions, MaPrimeRénov' support, and obligation d'achat contracts.
Portugal
A fast-growing market driven by strong solar irradiance and rising self-consumption. EasySolar AI supports UPAC regulation, autoconsumo billing, and regional incentive programs.
Sweden
A Nordic market where solar keeps setting new records despite short winter days. EasySolar AI accounts for Grön teknik tax deduction, local elcertifikat system, and hourly net billing.
Czech Republic
A revived rooftop market thanks to the Nová zelená úsporám program. Localized for current net metering rules and the rapidly expanding residential segment.
Hungary
A market where net metering reforms reshaped the landscape. EasySolar AI follows the latest saldó and gross metering rules, helping installers quote accurately in a changing environment.
Croatia
A rising Adriatic market backed by EU recovery funds and strong residential demand. Fully configured for local net metering rules and national co-financing programs.
Brazil
Latin America's largest solar market, with over 45 GW installed and millions of residential prosumers. Supports Sistema de Compensação de Energia Elétrica (SCEE) rules under Lei 14.300.
South Africa
A booming market where solar is the answer to load shedding. EasySolar AI handles residential and C&I projects, SSEG registration requirements, and the latest feed-in compensation schemes from Eskom and municipal utilities.
Australia
One of the world's highest rooftop solar adoption rates, with over 4 million homes powered by the sun. EasySolar AI supports STC rebate calculations, state-level incentives, and feed-in tariffs across all NEM regions.
Canada
A growing market powered by federal and provincial incentives like the Greener Homes program and Net Metering across most provinces. Configured for CAD pricing, bilingual projects, and province-specific tariff structures.
More than solar design
The virtual engineer helps finish the work after the design.
A completed layout is only part of the job. Customers still need a clear offer. Your team needs documentation. And every opportunity needs follow-up. EasySolar keeps these tasks connected to the same project, so you do not have to start again in a different system.
Professional customer proposals
Give customers a reason to choose your installation, not just a price to compare
Turn project data into an interactive proposal showing the solar system, estimated production, potential savings and price. Help customers understand what they are getting and why it matters.
Client portal
Keep customers informed without repeating the same updates
Share proposals, documents and project progress through a dedicated customer area. You control what each customer can see.
Electrical schematics
Keep technical documentation connected to the project
Prepare and export electrical schematics using the project’s design information, with your own review of the technical details.
Solar CRM and planner
Keep track of every opportunity from first enquiry to installation
Manage customer information, project stages, follow-up tasks and scheduled meetings in one place.
Lead generation
Give new enquiries a better start
Let visitors request a preliminary solar estimate from your website. Capture the project information and prepare your team for a more relevant follow-up.
Integrations
Connect the tools your business already uses
Make
Zapier
Google Sheets
Google Calendar
Slack
Microsoft Teams
Connect EasySolar through available integrations and automation tools to reduce repetitive data entry and keep project information moving.
Your design, calculations, pricing and customer information stay together, from the first enquiry to the final proposal.
More than a software subscription
Get the design tools. And the engineering help to use them.
Most solar design software gives you tools and leaves the work to you. EasySolar combines professional PV design software with a virtual engineer that helps carry out the work. That means less time spent on repetitive preparation and more time for the customers, installations and decisions that need you personally.
One platform. Professional solar design tools. AI engineering assistance.
- PV layout
- Energy calculations
- Pricing from your list
- Proposal and visualisation
- Draft email
- Your review. You send.
Example arithmetic only, not a measurement of EasySolar AI results. Time saved: the hours you enter, halved, converted to 8-hour working days over 12 months. More installations: a 10% starting conversion doubled to 20%. Your results depend on your projects, your data and your team. The 21× figure: J. Oldroyd, Lead Response Management Study, MIT Sloan / InsideSales.com, 2007, describing lead response time in the study sample.
Find out what the virtual engineer is worth
- Hours a month spent on preparation
- 60
- If the virtual engineer takes over half of it
- 30
- Working days a year back for your customers
- +45
See what saving even part of that time could mean for your business. The virtual engineer prepares; you review, approve and send.
- Sales today, at 10% conversion
- 10
- Sales at 2× conversion (20%)
- 20
- Extra installations a year
- +10
Speed decides the deal: a lead contacted within 5 minutes is 21× more likely to qualify than one contacted after 30. A proposal in minutes, while the customer is still interested.
Real solar projects. Real installers.
PV design software trusted by solar businesses.
From residential rooftops to larger commercial and ground-mounted installations, solar companies use EasySolar to prepare projects for their customers. Explore real designs created in EasySolar.
Selected for Google for Startups Accelerator
Recognised for bringing AI into solar design.
EasySolar AI was selected for the 2026 Google for Startups Accelerator focused on AI and energy: one of 28 startups from North America and Europe, and one of 16 chosen in Europe.
- 28startups selected
- 16in Europe
- 80%lower sales costs, in Google's words
We are combining professional solar design tools with AI-powered assistance to help installers spend less time on repetitive preparation and focus on delivering projects.
blog.google · 26 August 2026
28 startups using AI to transform the energy sector
Amanda Peterson Corio and Adam Elman, Google
EasySolar AI · Poland
Automated design and lead-gen software, “helping solar installers quote entire neighborhoods and cut sales costs by 80%”.
Questions installers ask
Before you start
Does EasySolar AI send anything to my clients by itself?
No. It prepares the proposal, the email and the documents; you review them and send them from your own account. Nothing leaves without you.
Do I need to configure anything before I start?
No. Tariffs, incentives and metering rules for 15 markets, module and inverter databases and a proposal template are ready on day one, so your first project can start right after signup. Later you can add your own price list and template, and integrations such as Slack, email or your own warehouse.
Can I design ground-mounted systems and solar farms, not just roofs?
Yes. The same PV design software covers roofs and farms: the farm tool lays tables in rows on an orthophoto with correct spacing, east-west or fixed-tilt structures, from 100 kWp to multi-megawatt sites.
Where do the irradiance and yield figures come from?
From the EasySolar AI calculation engine using irradiance data for the project location, roof azimuth and pitch, shading and system losses. The language model never generates a number.
Does it work in my country?
Fifteen markets are preconfigured with tariffs, incentives and metering rules. For any other market you define your own scheme in a few minutes and the interface runs in 25 languages.
Can I use my own module and inverter prices?
Yes. Pricing always comes from your component list and labour rates. Upload it once or sync it from Google Sheets via Zapier.
What happens if the aerial image is old or the building is new?
Switch to the photo method or upload a drone image or roof plan. One reference dimension sets the scale and you continue as usual.
Can the client see the design?
Yes, once you share it. The client receives an interactive proposal by link and a personal panel with documents and project progress.
How does the free trial work?
3 days with full access. A card is required to start and nothing is charged before the trial ends. Cancel in one click from your account.
Your next solar project starts here
Get solar design software that does the work for you.
Design manually whenever you want. Or give the virtual engineer a task and let it prepare the work for your review. Professional solar design tools and AI engineering assistance, together in one subscription.
Full access for 3 days. Payment card required. Cancel before the trial ends to avoid a charge, according to the applicable trial terms.