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Today's topic is one of that almost everyone has heard of, but almost nobody can explain in plain English.

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Microsoft Cloud for sustainability.

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Is it just a fancy carbon calculator for big corporations?

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Or is it something much bigger?

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Here's the thing.

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Right now, most companies cannot tell you their carbon footprint.

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Not because they don't want to or don't care, but because the data is a complete mess.

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It lives in utility bills, fuel logs, supplier spreadsheets, HR systems.

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It's scattered across different departments, different formats, and different people who never talk to each other.

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Sustainability teams spend most of their time just hunting down data instead of doing something useful with it.

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Microsoft Cloud for sustainability is a platform that takes that chaos and turns it into a clear, actionable picture.

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By the end of this episode, you'll understand what it actually is, how the three building blocks work together,

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and why real companies are already using it to save time, money, and the planet.

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The messy reality of sustainability data.

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We have to understand the problem before we can understand the solution.

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So here it is. Imagine you work for a mid-sized company with a few thousand employees.

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Someone in leadership says, "We need to report our carbon footprint for this year."

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Simple question, right? Not even close.

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That one question triggers a chain reaction.

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You need electricity data from every office and factory.

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Fuel consumption from the fleet vehicles, air travel data from HR, waste disposal records from facility managers,

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and supplier data from procurement.

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Each of these lives in a different system, managed by a different person, in a completely different format.

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One facility manager sends you a PDF of last year's utility bills.

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Another sends an Excel spreadsheet with columns in a different order.

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Procurement gives you a CSV export from their supplier portal,

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and HR has a separate system for tracking business travel.

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None of them talk to each other, and none of them use the same units.

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So you get electricity in kilowatt hours, natural gas in terms, and fuel in gallons.

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You're basically trying to solve a jigsaw puzzle where the pieces come from different boxes.

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And regulations like the EU's corporate sustainability reporting directive, CSRD,

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are making accurate reporting mandatory, not optional.

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Miss the deadline or get it wrong and you face fines, reputational damage or worse.

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So the pressure is on, but the tools most companies have are still just spreadsheets and email.

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Companies needed something better, a simple fix for a messy problem.

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That's where Microsoft Cloud for sustainability comes in.

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What Microsoft Cloud for sustainability actually is, here's the simplest definition.

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Microsoft Cloud for sustainability is not a single app.

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It's a connected platform built on the power platform and Dynamics 365.

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Think of it as a central command center for all your sustainability data.

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Imagine your company's data is scattered across dozens of filing cabinets in different rooms.

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Microsoft Cloud for sustainability pulls all those papers out,

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sorts them, translates them into the same language,

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and gives you one clear view of what's actually happening.

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The platform has three main jobs, record your emissions, report on them accurately,

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and reduce your impact over time.

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Record, report, reduce.

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That's the cycle.

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Microsoft launched this in 2021 as part of their own commitment to be carbon negative by 2030.

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They learned a lot from managing their own sustainability data and turned that experience into a product for everyone else.

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It comes in two tiers.

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Essentials cost $4,000 per month and covers the basics.

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Carbon, water, waste tracking, and calculations for scope one, two, and some scope three emissions.

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Premium costs $12,000 per month and unlocks the advanced stuff.

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Full scope three coverage, AI-powered insights, co-pilot integration,

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product carbon footprint management, and more storage.

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So there's an option for smaller companies just getting started

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and for large enterprises with complex reporting needs.

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And it's not just about carbon anymore.

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The platform now covers water, waste, and social and governance data, too.

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The full ESG picture, but carbon is where most companies start, and that's what we'll focus on.

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Building block one, getting the data in.

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So how does this actually work?

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Let's walk through the three building blocks, starting with the first one,

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getting the data into the system.

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Because without data, you've got nothing to calculate, nothing to report, nothing to act on.

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Microsoft gives you four different ways to bring data in.

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You pick the one that fits your situation.

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Option A is the simplest.

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Excel templates.

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Microsoft provides pre-built templates for each data category.

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Electricity usage, fuel consumption, waste disposal, you name it.

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The template already has the right columns, the right format, the right structure.

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You download it, fill in your numbers, and upload it back into the system.

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That's it.

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This works great for small teams or companies just getting started.

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No technical skills needed.

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Option B is where it gets more powerful, power query.

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This is a tool built into the platform that can pull data directly from other systems.

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We're talking over 40 connectors, SAP Salesforce utility providers, you name it.

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Instead of exporting a CSV file, emailing it to yourself and uploading it manually,

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you set up a connection once and the data flows in automatically.

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You can even schedule it to run on a regular basis every month, every week.

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Whatever makes sense.

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This is the option most companies graduate to once they're past the pilot phase.

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Option C is partner connectors.

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Microsoft has pre-built integrations with companies like EcoAct and other ESG data providers.

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If you're already working with a sustainability data partner, chances are there's a connector

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that plugs straight into Microsoft Cloud for sustainability.

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You authenticate, configure the schedule, and data flows in without any custom work.

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Option D covers the edge cases.

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Manual data collection.

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Sometimes data doesn't come from a structured system you can connect to.

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Maybe you need to ask facility managers for electricity readings.

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Maybe you need HR to submit travel data.

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The platform has a built in portal where you can send data requests to people inside your

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organization.

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They get an email, fill in the required information, and submit it.

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It lands in the system, ready for calculation.

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Here's the key thing about all four options.

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Every piece of data flows into the same standard data model.

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That means everything speaks the same language.

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No more mismatched spreadsheets.

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No more converting units manually.

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No more wondering if the numbers from different departments are even comparable.

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The platform handles all of that.

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So data is in the system.

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But raw numbers don't tell you anything.

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You need to turn them into actual emissions.

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Building block two, calculating your real impact.

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So you've got all this raw data.

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10,000 miles driven.

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50,000 kilowatt hours of electricity.

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What does that actually mean for the climate?

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Activity numbers alone don't tell you much.

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You need to know the carbon that comes with each mile or each kilowatt hour.

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That's where emissions factors come in.

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Think of an emissions factor as a conversion rate.

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For every mile in a certain type of vehicle, a fixed amount of CO2 is produced.

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For every kilowatt hour from a specific power grid, a fixed amount of CO2 is produced.

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You apply your activity data by the right factor and you get your emissions number.

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Microsoft built these factors right into the platform.

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Libraries from the EPA, the international energy agency and other trusted sources are already there.

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The math happens automatically.

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You don't need to be a carbon accountant to get accurate results.

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The calculations cover three scopes.

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Scope one is the direct stuff you own or control.

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The fuel in your company trucks, the natural gas in your factory furnace.

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Scope two is the energy you buy.

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The electricity that lights your offices.

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Scope three is everything else in your value chain.

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You send data requests to suppliers and they submit their information in a structured way.

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The platform does all the calculation work in the background.

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You input the activity data.

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It applies the right emissions factors.

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Outcomes your carbon footprint across all three.

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And honestly, it's a nightmare.

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Microsoft Cloud for Sustainability includes ready-made templates for the major global frameworks.

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CSRD, GRI, IFRS, S1 and S2, SASB, ASRS, BRSR, pretty much every reporting standard you'd need is covered.

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You pick the one you're reporting against and the platform maps your data to the right fields automatically.

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No manual mapping.

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There's also an alternate emissions feature that lets you run parallel calculations.

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Maybe you report under the greenhouse gas protocol for your voluntary targets,

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but your local regulator requires a different calculation approach.

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Instead of maintaining two separate systems, you run both calculations from the same underlying data.

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The platform keeps them separate and tracks which methodology was used for each.

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Auditors appreciate this.

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The data trail feature gives them end-to-end visibility into where every number came from.

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They click on a reported emissions figure and trace it back through the calculation to the original activity data and the source document.

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No more digging through email chains trying to figure out who entered what, and then there's co-pilot.

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The AI assistant built into sustainability manager can generate draft disclosures,

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summarise findings and answer questions in natural language.

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You ask, "What were our total scope to emissions last year?"

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And it pulls the answer from the system.

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You ask it to draft a paragraph for your CSRD report and it produces a first draft based on your actual data.

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What used to take three months of manual work now happens in a week?

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Emirates, NBD, proved that?

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They cut their reporting time from three months down to one week.

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That's a 75% reduction in effort.

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Real results. Companies using it today.

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So the platform handles the data, the calculations and the reports.

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But does it actually work in the real world? Let's look at some real companies using it right now.

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Emirates, NBD, a major bank in Dubai was drowning in manual reporting.

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Their sustainability teams spent months each year pulling data from different departments, reconciling spreadsheets and trying to get a clear picture.

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After implementing Microsoft Cloud for sustainability, they cut their reporting time from three months down to one week.

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That's 75% faster.

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Every time visibility into their emissions, they made targeted investments like a solar plant in Turkey and reduced their emissions by nearly 50% in a single year.

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ILO, a Brazilian payments company, was managing 63 different databases, each with its own format and structure.

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After implementing the platform, they reduced manual work by 42%.

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That's 403 hours saved per year.

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Basically an entire person's time freed up.

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Also saved about $15,000 annually in consulting costs because they no longer needed outside help to crunch their numbers.

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Mitsubishi Electric used the platform to refine their Susty Smart Building model.

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The result was unexpected. The building actually generates more energy than it uses, a 115% reduction in energy consumption.

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That's not just reporting, that's innovation driven by data.

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Worldwide technology, an IT services company, cut the time spent on emissions calculations by up to 20%.

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Tasks that used to take weeks now happen with the push of a button.

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The common thread here is simple, these aren't tech giants with unlimited budgets.

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They're real companies in banking, payments, manufacturing and IT services.

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And the biggest win for all of them wasn't just checking a compliance box and it was gaining visibility into where they could make changes that save money and reduce their environmental impact at the same time.

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So here's the bottom line, Microsoft Cloud for Sustainability turns a slow, manual, error-prone process into something automated and accurate.

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It's just three building blocks. Get the data in, calculate your impact report and take action.

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The real value isn't just checking compliance boxes, it's about finding ways to save money while shrinking your environmental footprint.

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If you're a business leader or handling ESG data, start by figuring out where your sustainability data lives today.

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That's the single most powerful step you can take.

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