Yes! You can use AI to fill out Memòria Tècnica d’Instal·lació de Producció/Generació d’Energia Elèctrica (per a la sol·licitud del permís d’accés i connexió i la tramitació davant la DGECC)
This form, the 'Memòria Tècnica d’Instal·lació de Producció/Generació d’Energia Elèctrica', is a detailed technical document required for projects involving the installation of electrical power generation systems, such as solar or wind. It is submitted to authorities like the DGECC (General Directorate of Energy and Climate Change) to obtain necessary permits for grid access and connection, capturing all technical specifications from owner details to equipment specifics. Today, this form can be filled out quickly and accurately using AI-powered services like Instafill.ai, which can also convert non-fillable PDF versions into interactive fillable forms.
Memòria Tècnica 03.010-01/22 is part of the
electrical connection forms, energy installation forms, ERM forms, renewable energy permit forms and utility access forms categories on Instafill.
Form Complexity Index
Complex
79 / 100
| Fillable fields | 251 |
| Pages | 3 |
| Fields per page | 84 |
| Sections | 27 |
| Conditional rules | 23 |
| Tables & lists | 2 |
| Instruction pages | — |
| Instafill Form ID | IF-MEMRIA-TCNICA-DINSTALLACI-DE-PRODUCCIGENERACI-DENERGIA-ELCTRICA-PER-A-LA-SOLLICITUD-DEL-PERMS-DACCS-I-CONNEXI-I-LA |
Memòria Tècnica 03.010-01/22 has a complex Form Complexity Index of 79/100 — 251 fillable fields across 3 pages. Instafill’s AI completes it accurately in under a minute.
Form specifications
| Form name: | Memòria Tècnica d’Instal·lació de Producció/Generació d’Energia Elèctrica (per a la sol·licitud del permís d’accés i connexió i la tramitació davant la DGECC) |
| Number of fields: | 251 |
| Number of pages: | 3 |
| FCI: | Complex (79/100) |
| Language: | English |
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How to Fill Out Memòria Tècnica 03.010-01/22 Online for Free in 2026
Are you looking to fill out a MEMÒRIA TÈCNICA 03.010-01/22 form online quickly and accurately? Instafill.ai offers the #1 AI-powered PDF filling software of 2026, allowing you to complete your MEMÒRIA TÈCNICA 03.010-01/22 form in just 37 seconds or less.
Follow these steps to fill out your MEMÒRIA TÈCNICA 03.010-01/22 form online using Instafill.ai:
- 1 Navigate to Instafill.ai and upload the 'Memòria Tècnica' form or select it from the template library.
- 2 Provide identification details for the Titular (Owner), Empresa Instal·ladora (Installer Company), and the Autor de la Memòria (Author of the Report).
- 3 Enter the specific details of the self-consumption installation, including its location, cadastral reference, type of self-consumption (e.g., with or without surplus), and installed power.
- 4 Fill in the technical data for the generation circuit, including generator power, differential protection, and circuit breaker specifications, as well as any energy storage system details.
- 5 Specify details for the type of technology used, such as photovoltaic (inverter and panel data), wind (turbine data), or cogeneration.
- 6 Input the annual energy forecast, including energy produced, self-consumed, and fed into the grid, and add any relevant observations.
- 7 Review all AI-populated fields for accuracy, then have the installer or competent technician sign and date the document before downloading it for submission.
Our AI-powered system ensures each field is filled out correctly, reducing errors and saving you time.
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Frequently Asked Questions About Memòria Tècnica 03.010-01/22
Memòria Tècnica 03.010-01/22 has a Form Complexity Index of 79 out of 100, placing it in the complex complexity tier. This score is calculated deterministically from the form’s own structure using Instafill’s published Form Complexity Index methodology, so it can be reproduced and independently verified — it is not a subjective estimate.
For Memòria Tècnica 03.010-01/22 specifically, the score reflects 251 fillable fields across 3 pages, grouped into 27 sections, and 23 conditional fields that only apply depending on earlier answers, 2 tables or repeating lists. The number of fields is the largest factor in the base score (weighted 36%), followed by how difficult those fields are to complete based on their type, where free-text and signature fields count for more than simple checkboxes (26%). The number of pages that actually contain fields (15%), the amount of conditional “fill-only-if” logic (16%), and how many sections the form is divided into (7%) account for the rest of the base. On top of that base, the index adds points for tables and repeating lists, bundled instruction pages, and dense page layouts — capturing difficulty the base alone can miss.
In practical terms, a complex score means the form is demanding, with many fields, multiple pages and branching rules that are easy to get wrong. Instafill removes that effort entirely: our AI reads your information, maps each value to the correct field — including the conditional ones — and completes Memòria Tècnica 03.010-01/22 accurately in under a minute, with every field available for you to review before you download. See exactly how the Form Complexity Index is calculated.
This form is a technical report for an electrical energy generation installation, like solar panels. It's required to request grid access and connection permits and for processing with the Directorate General for Energy and Climate Change (DGECC).
A qualified installer or a competent certified technician must complete and sign the form. The installing company is also required to provide their official stamp.
You must annex several documents, including a site plan, installation layout, a single-line electrical diagram, the inverter manufacturer's certificate, and grid access permits from your distribution company.
Choose the option that matches your agreement: 'Sense excedents' if you won't export power, 'Excedents amb compensació' for compensated surplus, or 'Excedents sense compensació' for uncompensated surplus.
For collective self-consumption, you must check the 'Sí' box and complete the annex page. The annex requires the details of all associated consumers, including their NIF, CUPS, and address.
In the 'SISTEMA D’ACUMULACIÓ' section, check 'Sí' and then fill in the installed output power (kW) and maximum energy capacity (kWh) of your battery.
Your CUPS (Codi Unificat del Punt de Subministrament) is on your electricity bill. The cadastral reference ('Ref. cadastral') is on your property tax (IBI) receipt or can be looked up on the Cadastre's official website.
No, you only need to complete the section that applies to your system. Fill out the 'INSTAL·LACIÓ FOTOVOLTAICA' details for solar panels or 'INSTAL·LACIÓ EÒLICA' for wind turbines.
This is an anti-injection system that prevents surplus energy from being fed into the grid. It is mandatory for installations registered as 'Sense excedents' (without surplus) to ensure no power is exported.
You must estimate the annual energy in kWh for four categories: total energy produced, energy self-consumed, energy exported to the grid, and energy imported from the grid.
Yes, services like Instafill.ai use AI to auto-fill form fields accurately and save time. This is particularly useful for complex technical forms, helping to prevent errors and speed up completion.
Simply upload the PDF of the 'Memòria Tècnica' to the Instafill.ai platform. The AI will make the document interactive, allowing you to fill in all the fields online, save your progress, and download the completed form.
If you have a flat or non-fillable PDF, you can use a tool like Instafill.ai. It can convert the static document into an interactive, fillable form that you can complete easily on your computer.
Compliance Memòria Tècnica 03.010-01/22
Validation Checks by Instafill.ai
1
Validates NIF/CIF Format
This check ensures that the tax identification numbers (NIF/CIF) for the titleholder, installer, and any associated consumers follow the official Spanish format. This is crucial for correctly identifying legal entities and individuals in administrative records. A failure in this validation would prevent the form from being correctly processed and linked to the right parties, causing significant delays.
2
Ensures CUPS Supply Point Code Format
This validation verifies that the 'CUPS subministrament' field follows the standard format for a Universal Supply Point Code (e.g., ES followed by 20 digits and letters). The CUPS is a unique identifier for the electricity connection point, and its accuracy is absolutely critical for the utility company to manage access, connection, and billing. An incorrect CUPS would lead to the rejection of the application as the installation cannot be located on the grid.
3
Validates Cadastral Reference Format
This check confirms that the 'Ref. cadastral' field contains a valid 20-character alphanumeric code. The cadastral reference uniquely identifies the property where the installation is located, which is essential for legal and planning purposes. An invalid format would cause issues with property verification and could halt the permit process.
4
Exclusive Autoconsum Mode Selection
This validation ensures that exactly one of the four 'Autoconsum' modes (no surplus, compensated surplus, uncompensated surplus, 100% export) is selected. The chosen mode defines the fundamental operating and commercial rules for the installation. Selecting none or more than one would create ambiguity and make it impossible to determine the applicable regulations, leading to immediate rejection.
5
Conditional Requirement for Storage System Details
This check verifies that if 'Instal·lació d'acumulació' is marked 'Sí', then the 'Pot. instal·lada sortida (kW)' and 'Energia màx. (kWh)' fields are filled with positive numerical values. This information is mandatory for assessing the capacity and impact of the energy storage system. Missing these details for an installation with storage would result in an incomplete technical specification.
6
Annual Energy Forecast Consistency Check
This validation ensures the logical consistency of the annual energy forecast values. Specifically, it checks that the 'Produïda' (Produced) energy is greater than or equal to the sum of 'Autoconsumida' (Self-consumed) and 'Abocada a la xarxa' (Grid-injected) energy. This serves as a basic sanity check on the energy balance calculation, and a discrepancy indicates a fundamental error in the installation's projected performance.
7
Logical Validation for No-Surplus Systems
This check enforces the rules for systems declared as 'Sense excedents' (without surplus). It verifies that if this mode is selected, the 'Sistema antiabocament a xarxa' (anti-injection system) must be marked 'Sí' and the 'Abocada a la xarxa (kWh)' forecast must be zero. This is critical to ensure the installation complies with the no-injection regulation, and failure to meet these conditions would be a direct regulatory violation.
8
Collective Self-Consumption Annex Requirement
This validation ensures that if 'Autoconsum col·lectiu' is marked 'Sí', the corresponding annex page for multiple consumers is filled with at least one entry. A collective system is defined by its participants, so this information is essential for its legal constitution. Submitting a collective project without defining its members would render the application incomplete and invalid.
9
Photovoltaic Power Calculation Consistency
This check cross-references the declared total power with the component specifications for a photovoltaic installation. It verifies that the 'Potència instal·lada total (kW)' is approximately equal to the 'Quantitat de panells' multiplied by the 'Potència de pic unitària (Wp)' (after converting units). This validation prevents data entry errors and ensures the declared power accurately reflects the physical hardware being installed.
10
Total Installed Power Consistency Across Sections
This validation ensures that the 'Potència instal·lada (kW)' value in the main 'Instal·lació autoconsum' section is identical to the total power value in the specific technology section (e.g., 'Instal·lació fotovoltaica'). This maintains consistency throughout the document and prevents contradictory information about the installation's core capacity. A mismatch would indicate a significant clerical error and require correction.
11
Frequency Protection Range Logic
This check verifies that the value for 'Freqüència màxima (Hz)' is strictly greater than the value for 'Freqüència mínima (Hz)'. These values define the operational frequency window for the grid protection relays. An illogical range (e.g., minimum > maximum) would indicate a configuration error that could compromise grid safety, leading to rejection.
12
Author Information Completeness
This validation ensures that either the 'Instal·lador' block (Name and NIF) or the 'Tècnic titulat competent' block (Name, College, and Number) is fully completed. The technical report must have a clearly identified and legally responsible author. Incomplete author information would make the document invalid as there would be no accountable professional.
13
Partial Injection Power Limit Logic
If 'Limitació parcial a l’abocament' is 'Sí', this check ensures the 'Potència d’abocament màxima (kW)' field is filled with a positive number that is less than the total 'Potència instal·lada'. This confirms that a valid power limit has been defined for partial grid injection. An empty or illogical value would make the partial limitation unenforceable and the configuration invalid.
14
Conditional Requirement for Receiving Installation Data
This check ensures that if any 'Autoconsum' mode is selected, the 'Instal·lació receptora' section is filled out, as specified by the form's instructions. This section details the existing electrical infrastructure that will connect to the new generation system, and is vital for assessing technical viability. Omitting this data for a self-consumption project results in an incomplete technical file.
Common Mistakes in Completing Memòria Tècnica 03.010-01/22
Users often make typos or copy the wrong number when entering the CUPS (Codi Unificat del Punt de Subministrament) or the 'Referència cadastral'. These are long, unique alphanumeric codes, and a single incorrect character will link the installation to the wrong supply point or property, causing significant administrative delays or outright rejection. To avoid this, carefully copy the CUPS from a recent electricity bill and the cadastral reference from official property documents, and double-check each character before submission.
The form requires a forecast of energy produced, self-consumed, and fed into the grid. A common mistake is providing numbers that are not logically consistent; for example, the sum of self-consumed energy and energy fed to the grid exceeding the total energy produced. This indicates a calculation error and can lead to the technical report being questioned or rejected. Ensure the energy balance is correct: Produced Energy must be equal to or greater than the sum of Self-Consumed Energy and Grid-Injected Energy.
The form specifically asks for location data in UTM coordinates (X and Y), but applicants sometimes enter latitude/longitude, use an incorrect format, or mix up the X and Y values. This mistake can lead to the installation being incorrectly geolocated in official records, causing issues with planning and grid management. Always use a reliable tool to convert the address to the correct UTM coordinate system (ETRS89 in Spain) and carefully enter the X (easting) and Y (northing) values.
This technical form uses different power units: kW for total installed power, Wp for panel peak power, and W for generator power. Applicants frequently confuse these units, for example, entering panel power in kW instead of Wp, leading to a 1000-fold error. This invalidates the technical specifications and will cause the project to be rejected. Pay close attention to the unit specified for each field and ensure all conversions are done correctly.
Choosing the correct self-consumption mode (e.g., 'Sense excedents,' 'Excedents amb compensació') is critical as it defines the legal and financial framework of the installation. People may misunderstand the differences, leading to incorrect registration and future billing or compliance issues. Before filling out the form, the installer and owner must clearly define the project's objective and understand the implications of each modality according to current regulations.
When filling out the annex for collective self-consumption, it is common to miss information for one or more associated consumers. Each row in the table must be fully completed with the correct NIF, CUPS, and cadastral reference for every participant. Incomplete or inconsistent data in this annex will halt the entire collective project, as the distributor cannot process the shared configuration. It is vital to gather all participant data accurately beforehand and verify each entry.
The form explicitly lists several documents that must be annexed, such as site plans, single-line diagrams, and manufacturer certificates. A very common mistake is submitting the technical report without all the required attachments. This results in an incomplete submission, which is immediately put on hold, delaying the entire approval process. Create a checklist of all required documents and ensure they are all attached before submitting.
In the photovoltaic section, the 'Potència instal·lada total' must be consistent with the product of the 'Quantitat de panells' and the 'Potència de pic unitària'. Installers sometimes make manual calculation errors or enter a total power value that doesn't align with the component details. This discrepancy raises red flags during the technical review and can lead to rejection. Always calculate the total power from the component data and ensure the values match. AI-powered form filling tools like Instafill.ai can perform these calculations automatically to prevent errors.
The form contains several fields that should only be filled out if a specific condition is met, such as providing battery details only if 'Instal·lació d'acumulació' is marked 'Sí'. A frequent error is either leaving these fields blank when they are required or filling them in when they are not applicable. This creates confusion and can be interpreted as providing contradictory information. Carefully read the conditions for each field and only provide information where it is explicitly requested based on your previous selections.
Fields like 'Marca/Model' for panels, inverters, or the anti-injection system require specific information. Users sometimes enter generic terms like 'Solar Panel' instead of the exact manufacturer and model number. This lack of specificity prevents the reviewing body from verifying that the equipment complies with regulations, leading to delays. Always refer to the equipment's technical datasheet and enter the full, precise brand and model designation. If the form is a non-fillable PDF, tools like Instafill.ai can convert it into an interactive version to make data entry easier and more accurate.
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