— What should next year's budget look like?

Once we have estimated how the current year is likely to end, a new question immediately appears.

How do we build next year's budget?

This question usually arises months before the current year has actually finished.

Companies, universities, schools, hospitals and many other organizations need to start preparing their budgets well in advance.

And the situation is usually very similar.

You have several years of historical information.

You have a current budget.

You understand how revenues and expenses have been evolving.

Yet answering a seemingly simple question remains surprisingly difficult:

How much should we budget for next year?

The answer rarely comes from a single formula.

And it is almost never as simple as copying last year's budget and applying a blanket percentage increase.

That is exactly what the model presented in this article is designed to do.

— How are we going to finish the year?

This is probably one of the most common questions in budgeting, management control and financial planning.

It is asked in companies of all sizes, educational institutions, healthcare organizations and nonprofits alike.

And the situation is usually very similar.

You have an annual budget.

You have actual year-to-date results.

You know how much budget is still available.

You may even have sophisticated ERP systems, dashboards and financial reports.

However, when somebody asks:

How are we going to finish the year?

The answer is not always obvious.

Most systems are very good at showing where you are today.

Far fewer are capable of showing where you are heading.

That is precisely why forecasting matters.

Cleaning objects, shapes and hyperlinks allows you to prepare Excel workbooks for reporting, analysis and data transformation processes. Whenever information is copied from websites, external systems or inherited spreadsheets, unnecessary elements are often carried into the workbook.

Most users focus only on visible data, but worksheets frequently contain hyperlinks, images, buttons, shapes or broken named ranges that make files harder to maintain and sometimes generate performance or reference issues.

Imagine this situation: you copy statistical information from a website into Excel. The table appears correct, but hidden behind the data are dozens of hyperlinks, shapes and objects that are no longer needed.

Unpivoting Excel columns allows you to transform matrix-style reports into structured databases ready for Power BI, PivotTables, dashboards and business intelligence processes. It is one of the most effective techniques for converting static reporting formats into data models suitable for analysis.

Many reports are built with months, periods, products or categories distributed across multiple columns. While this layout works well for visual reading, it becomes difficult to use for advanced reporting, data consolidation, trend analysis and business intelligence projects.

Imagine this situation: you receive a sales report where January, February, March and the rest of the year are displayed as separate columns. Before building dashboards or KPIs, you must first transform that matrix into a normalized dataset.

Automatically consolidating Excel forms allows you to transform multiple worksheets with the same structure into a single database ready for reporting, analysis, dashboards, and management control processes. This requirement frequently appears in administration, human resources, finance, purchasing, auditing, and operations.

Many organizations use individual forms or templates to collect information. Each worksheet contains a separate record, but eventually all data must be consolidated to create reports, statistics, summaries, or business analysis.

Imagine this situation: you have dozens of reimbursement requests, evaluations, surveys, or administrative forms stored in separate worksheets. Before you can analyze the information, everything must be transformed into a structured database.

Automatically filling empty cells allows you to transform incomplete tables into reliable datasets ready for reporting, dashboards, analysis, and business intelligence processes. This challenge frequently appears when working with ERP exports, accounting reports, operational systems, and inherited spreadsheets.

Many datasets display values only in the first row of a group. While the information may look correct visually, these structures create problems when building PivotTables, Power BI datasets, formulas, filters, or management reports.

Imagine this situation: you receive a sales report where branch office, department, cost center, or sales representative information appears only occasionally, leaving multiple empty cells throughout the dataset. Before analysis can begin, all missing values must be completed.

Managing multiple Excel worksheets allows organizations to rename, sort, show, hide, protect and organize large workbooks automatically, reducing repetitive work and keeping information structured and secure. This is especially useful for finance, administration, project management, operations and reporting processes that rely on workbooks containing dozens or even hundreds of worksheets.

As workbooks grow, worksheet management becomes increasingly difficult. Finding information, maintaining naming conventions and protecting content often requires repetitive manual work.

Imagine this scenario: your workbook contains one worksheet for New York, Berlin and London, plus dozens of supporting sheets. You need to organize them alphabetically, rename them consistently and apply worksheet protection. How long would that take manually?

Creating a master Excel workbook from multiple files allows organizations to centralize information that is distributed across branch offices, departments, projects or reporting periods into a single workbook for review, reporting and further analysis. This is a common requirement in finance, administration, budgeting, operations and management control.

When information arrives from different sources, reviewing and comparing data becomes difficult. Opening workbooks one by one, copying worksheets and rebuilding a centralized file manually often consumes significant time and increases the risk of errors.

Imagine this scenario: your New York, Berlin and London branch offices send separate Excel workbooks every month. Before you can analyze the information, you first need to gather all worksheets into a single master workbook. How do you do that without copying worksheets manually?

Exporting every Excel worksheet to PDF automatically allows organizations to generate reports, statements, certificates and business documents ready for distribution, printing or archiving without manually opening and saving every worksheet. It is a frequent requirement in finance, administration, human resources, operations and management reporting.

Many workbooks contain one worksheet per branch office, department, customer or reporting period. While maintaining information inside a single workbook simplifies administration, distributing the final results often requires separate PDF documents.

Imagine this scenario: your workbook contains monthly reports for New York, Berlin and London. Management requires an individual PDF document for every branch office. How do you generate all PDFs automatically without saving them one at a time?

Creating an individual Excel file for each customer, branch office, department or salesperson allows organizations to distribute information efficiently while keeping reports organized, personalized and easy to manage. It is a common requirement in finance, operations, sales, human resources and management reporting.

Many organizations store information for multiple recipients inside a single workbook. When reports need to be distributed individually, employees often spend time copying worksheets, creating workbooks manually and saving files one at a time.

Imagine this scenario: your workbook contains separate worksheets for New York, Berlin and London. Each branch manager requires an independent Excel file. How do you generate all those workbooks automatically instead of repeating the same task over and over?