The automated identification of unusual patterns in energy consumption data that deviate from expected baselines. Modern platforms use machine learning algorithms to flag deviations in real time, enabling facilities teams to investigate and resolve waste before it compounds into significant cost overruns.

In Apollo: Apollo's AI-driven anomaly detection alerts your team the moment a deviation occurs, quantifying not just the deviation, but the financial opportunity to correct it.

Tracking energy consumption at the individual asset or equipment level (HVAC, compressors, lighting, etc.) rather than at the facility or meter level. Enables precise identification of inefficiencies and supports predictive maintenance strategies.

In Apollo: Apollo's real-time monitoring tracks performance across assets and shifts, making every unit of consumption accountable.

A process in which software cross-references utility invoices against actual metered consumption data, contracted tariff rates, and billing rules to detect errors, overcharges, or billing anomalies before payment is made. Can identify discrepancies ranging from meter read errors to incorrect demand charges.

The automated, continuous calculation of an organization's greenhouse gas emissions directly from operational data sources, such as metered energy consumption, fuel records, and process data, without manual data entry or periodic consolidation exercises. Automatic carbon tracking eliminates the reporting lag and human error associated with spreadsheet-based carbon accounting, enabling organizations to monitor their carbon position in near real-time.

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In Apollo: Apollo Ecowise delivers 100% automated carbon tracking across Scope 1, 2, and 3, turning carbon from a quarterly reporting exercise into a live operational metric.

A reference level of energy use against which future consumption is measured and compared. Baselines are typically established over a representative historical period and adjusted for relevant variables such as weather, production volume, or occupancy. Essential for calculating genuine energy savings.

A framework that governs how carbon costs are applied, or removed, at national or regional trade borders to prevent competitive distortions between jurisdictions with different carbon pricing regimes. BCDRM instruments work in both directions: imposing carbon costs on imports from low-regulation markets (as CBAM does for EU imports) and potentially relieving carbon costs on exports to protect the competitiveness of domestic industries operating under strict carbon pricing. As carbon markets mature and expand globally, BCDRM policy is becoming a key variable in international trade strategy, supply chain structuring, and long-term capital allocation decisions.

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The process of comparing an organization's energy performance, carbon intensity, or cost efficiency against internal standards, historical performance, or external peer groups within the same industry segment. Enables organizations to identify where they stand and set credible improvement targets.

In Apollo: Apollo enables cross-location benchmarking by industry segment, so you always know which sites lead and which sites lag.

The systematic measurement, recording, and reporting of greenhouse gas (GHG) emissions associated with an organization's activities. Follows established protocols such as the GHG Protocol to classify emissions into Scope 1, 2, and 3 categories, enabling comparability and regulatory compliance.

A European Union regulatory instrument that imposes a carbon price on imports of certain goods from countries with less stringent climate policies, preventing "carbon leakage", where production shifts to regions with lower environmental standards. CBAM requires importers of steel, cement, aluminum, fertilizers, electricity, and hydrogen into the EU to declare the embedded carbon content of their goods and surrender corresponding carbon certificates. Full enforcement began in 2026, making CBAM compliance a material financial obligation for affected industries.

In Apollo: Apollo's Ecowise module includes CBAM-ready carbon reporting, automating the embedded emissions calculations and documentation that importers need to meet their CBAM obligations without manual data extraction.

The total volume of greenhouse gases, expressed as CO₂ equivalent (CO₂e), emitted directly or indirectly by an individual, organization, product, or event over a defined time period. Calculated using emission factors and activity data such as fuel use, purchased electricity, and supply chain activity.

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A metric that expresses greenhouse gas emissions relative to a unit of economic or operational output, typically tonnes of CO₂e per unit of revenue, production output, or floor area. Allows meaningful comparison of emissions performance across facilities or business units of different scales.

Software that centralizes the collection, calculation, analysis, and reporting of an organization's greenhouse gas emissions data. Advanced platforms integrate with operational systems and energy data to automate calculation, track reduction initiatives, and generate regulatory-ready disclosures.

In Apollo: Apollo's Ecowise module makes carbon management operational, embedded in daily business workflows, not limited to annual reporting cycles.

A state in which an organization's net greenhouse gas emissions are zero, achieved through a combination of internal emissions reductions and the purchase of credible carbon offsets. Distinct from "net zero," which typically requires deeper actual reductions with a more limited role for offsets.

A measurable reduction, avoidance, or removal of greenhouse gas emissions generated outside an organization's value chain, used to compensate for equivalent emissions elsewhere. Offsets are purchased from verified projects such as reforestation, renewable energy, or methane capture initiatives.

The set of obligations that arise when an organization operates within a jurisdiction that has enacted a carbon pricing mechanism, such as an emissions trading scheme (ETS), carbon tax, or border carbon adjustment. Compliance requires organizations to accurately measure, report, and surrender allowances or pay levies proportional to their verified greenhouse gas emissions. As carbon pricing mechanisms expand globally, compliance readiness has become a financial risk management issue, not just a regulatory one.

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A European Union regulatory instrument that imposes a carbon price on imports of certain goods from countries with less stringent climate policies. Its purpose is to prevent "carbon leakage", where production shifts to regions with lower climate standards. Affects companies importing steel, cement, aluminum, fertilizers, electricity, and hydrogen into the EU.

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In Apollo: Apollo's carbon management module includes CBAM-ready (SKDM-compliant) reporting to prepare businesses for this regulatory obligation.

An internationally recognized non-profit organization that runs a global disclosure platform through which companies, cities, and regions report their environmental data, covering climate change, water security, and forests. Companies responding to CDP are scored on a scale from D (disclosure) to A (leadership), with scores used by institutional investors, procurement teams, and regulators to assess environmental performance and transparency. CDP disclosure is increasingly treated as a baseline expectation by enterprise buyers and investors rather than a voluntary differentiator.

In Apollo: Apollo's automated Scope 1, 2, and 3 data layer and audit-ready reporting infrastructure give sustainability teams the structured, defensible data reduction they need to respond to CDP with confidence, without manual consolidation from disconnected systems.

The systematic process of identifying, assessing, and mitigating the financial and operational risks that arise from climate change, including physical risks (extreme weather, flooding) and transition risks (policy changes, carbon pricing, shifts in market demand).

The total GHG emissions attributable to an entire organization across all its activities and operations, typically reported on an annual basis. Includes direct emissions from owned sources (Scope 1), indirect emissions from purchased energy (Scope 2), and upstream/downstream value chain emissions (Scope 3).

A European Union directive that significantly expands sustainability reporting requirements for large companies and listed SMEs. Under CSRD, organizations must report on environmental, social, and governance (ESG) matters according to European Sustainability Reporting Standards (ESRS), with third-party assurance requirements.

In Apollo: Apollo's automated carbon and energy data layer supports CSRD-aligned disclosures without manual data consolidation.

The process of reducing or eliminating carbon dioxide and other greenhouse gas emissions from an organization's operations, supply chain, and products. Involves transitioning away from fossil fuel-based energy systems toward renewable energy, electrification, and operational efficiency improvements.

A structured, time-bound plan that defines the specific actions, investments, and milestones an organization will take to reduce its greenhouse gas emissions toward a net zero target. A credible decarbonization roadmap quantifies the expected emissions reduction and cost impact of each initiative, prioritizes interventions by ROI, and is backed by verified baseline data rather than aspirational estimates.

Strategies and technologies used to control and optimize the timing and level of electricity consumption, particularly peak demand, to reduce energy costs, grid stress, and carbon exposure. Includes load shifting, demand response programs, and capacity management.

Apollo's carbon management module, designed to make sustainability operational rather than symbolic. Ecowise delivers 100% automated Scope 1 and 2 calculation, supply chain (Scope 3) emission tracking, carbon intensity benchmarking by sector, CBAM-ready (SKDM-compliant) reporting, decarbonization project ROI tracking, and AI-powered reduction project suggestions. Rather than treating carbon as an annual compliance exercise, Ecowise embeds carbon accountability into the daily rhythm of operations.

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In Apollo: Ecowise is the module that closes the gap between sustainability commitments and operational reality, turning carbon management into a measurable discipline governed with the same rigor as financial data.

A numerical coefficient that converts a unit of activity data (e.g., kWh of electricity consumed or liters of fuel burned) into an equivalent quantity of greenhouse gas emissions (in CO₂e). Emission factors vary by geography, fuel type, and calculation methodology, and are regularly updated by regulatory bodies.

A structured assessment of an organization's energy flows, consumption patterns, and efficiency opportunities across facilities, systems, and processes. Can range from a walkthrough audit to an investment-grade analysis that quantifies potential savings, costs, and payback periods for specific efficiency measures.

The process of measuring an organization's energy performance against comparable internal or external reference points, such as industry averages, regulatory standards, or best-in-class facilities. Benchmarking is foundational to setting credible targets and prioritizing capital allocation for efficiency investments.

The continuous measurement and recording of energy use across meters, sub-meters, assets, or entire facilities. Enables organizations to maintain real-time visibility of consumption patterns, identify deviations, track savings performance, and produce accurate data for billing validation and regulatory reporting.

The systematic process of identifying, analyzing, and acting on opportunities to reduce an organization's total energy expenditure, not just consumption, through a combination of tariff management, demand optimization, invoice validation, procurement strategy, and behavioral change. Distinct from simple energy cost reduction in that optimization is ongoing and data-driven, continuously seeking the lowest achievable cost for a given level of operational output.

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In Apollo: Finwise is built around continuous energy cost optimization, analyzing contracts, tariffs, demand patterns, and invoices in parallel so every cost lever is managed simultaneously, not reactively.

A measurable decrease in an organization's energy expenditure achieved through efficiency improvements, demand management, tariff optimization, renewable procurement, or behavioral change. Effective energy cost reduction programs quantify financial impact, not just consumption reduction, to demonstrate ROI to finance stakeholders.

The ratio of useful energy output to total energy input for a given process, system, or facility. Improving energy efficiency means delivering the same level of operational output, products manufactured, buildings conditioned, services delivered, while consuming less energy input.

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In Apollo: Apollo Optiwise makes energy efficiency measurable and continuous, using regression-based tracking, real-time anomaly detection, and cross-location benchmarking to show not just where energy is wasted, but what it costs.

An advanced category of software that unifies energy data, financial analytics, and sustainability reporting into a single operational layer. Goes beyond basic monitoring to provide AI-driven insights, financial opportunity quantification, and integration with enterprise systems such as ERP, SCADA, and IoT.

In Apollo: Apollo is the Energy Intelligence Platform, connecting energy cost, operational efficiency, and carbon performance in a single system. Where other tools monitor, Apollo quantifies. Where other tools report, Apollo acts.

A ratio that expresses energy consumption relative to a unit of operational output, such as kWh per square metre, kWh per unit produced, or kWh per revenue unit. Energy intensity normalizes for differences in scale and activity, making it the correct metric for comparing energy performance between facilities, business units, or time periods where output volumes differ. Reducing energy intensity means doing more with less energy, independent of whether total consumption rises or falls.

Software designed to collect, analyze, and report on an organization's energy consumption, costs, and performance. Modern platforms integrate meter data, IoT sensors, invoice data, and carbon calculations to provide a unified view of energy-related operations.

A systematic framework, or supporting software platform, for monitoring, controlling, and optimizing energy use across an organization. ISO 50001 is the international standard that defines requirements for an effective EMS, providing a structured approach to continual energy performance improvement.

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In Apollo: Apollo's regression-based performance tracking and normalized consumption modeling are aligned with ISO 50001 requirements.

Hardware and software infrastructure that measures and records energy consumption data from meters, sub-meters, and IoT-connected devices in real or near-real time. The data foundation for all energy management, reporting, and optimization activities.

A quantitative value or ratio used to measure energy performance relative to a defined baseline or target. EnPIs may represent absolute consumption, consumption per unit of production, consumption per degree-day (weather-normalized), or other operational metrics relevant to a facility's energy drivers.

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The application of carbon accounting, target-setting, and reduction management at the enterprise scale, covering all legal entities, geographies, and operational units. Requires centralized data infrastructure, role-based governance, and integration with financial reporting systems.

Energy management applied across a multi-site, multi-entity organization, requiring centralized data aggregation, hierarchical reporting structures, cross-location benchmarking, and governance frameworks that support both local optimization and enterprise-level strategy.

The collection, validation, storage, and governance of data related to an organization's environmental performance, including energy, water, waste, and emissions. High-quality environmental data management is foundational to credible ESG reporting, regulatory compliance, and sustainability target-setting.

Software that automates the compilation and formatting of environmental performance data into reports aligned with regulatory frameworks, voluntary standards, or stakeholder disclosure requirements.

A software solution that helps organizations collect, manage, analyze, and disclose environmental, social, and governance (ESG) data to meet the requirements of voluntary frameworks (GRI, SASB, TCFD) and mandatory regulations (CSRD, SEC climate rules). Increasingly expected to provide audit-ready data trails.

In Apollo: Apollo provides audit-ready reporting frameworks and ISO-ready data infrastructure that feeds directly into ESG disclosure workflows.

The mandatory reporting standards under which large companies subject to the EU's Corporate Sustainability Reporting Directive (CSRD) must disclose their sustainability information. Developed by the European Financial Reporting Advisory Group (EFRAG), ESRS covers twelve topical standards across environment (including climate, water, biodiversity), social, and governance dimensions. ESRS requires organizations to apply a double materiality assessment, disclosing both how sustainability issues affect the business financially, and how the business affects the world.

In Apollo: Apollo's data infrastructure supports the environmental data quality and auditability that ESRS climate and energy disclosures demand, reducing the reporting burden for sustainability teams working toward CSRD compliance.

Apollo's financial energy intelligence module, designed to transform energy from a utility cost into a managed financial asset. Finwise covers tariff management, invoice validation, PTF and consumption forecasting, reactive penalty tracking, and demand management, enabling finance teams to identify, measure, and recover hidden energy costs.

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In Apollo: Finwise is built for Finance Directors and CFOs who need energy to speak the language of financial performance.

The most widely used international accounting standard for measuring and reporting greenhouse gas emissions. Developed by the World Resources Institute (WRI) and the World Business Council for Sustainable Development (WBCSD), it defines the Scope 1, 2, and 3 framework used in virtually all corporate carbon reporting.

The application of energy management principles to buildings certified or designed to meet environmental performance standards (LEED, BREEAM, EDGE). Focuses on optimizing building systems, HVAC, lighting, building envelope, renewable generation, to minimize energy use and carbon emissions while maintaining occupant comfort.

The deliberate decision by an organization to underreport, downplay, or stay silent about its sustainability targets and progress, typically to avoid public scrutiny, stakeholder criticism, or accusations of greenwashing. While greenwashing overstates performance, green hushing suppresses it. Green hushing has grown as a corporate risk response, but it carries its own costs: missed credibility with investors, talent, and customers who expect transparent sustainability leadership.

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The practice of making misleading, exaggerated, or unsubstantiated claims about an organization's environmental performance, products, or commitments, either through outright misrepresentation or by selectively presenting favorable data while omitting unfavorable context. Greenwashing creates legal, reputational, and investor risk as regulators in the EU, UK, and US introduce anti-greenwashing legislation and enforcement frameworks. The antidote to greenwashing is defensible, granular, continuously audited environmental data.

In Apollo: Apollo's data model is built precisely to eliminate greenwashing risk, replacing narrative claims with verified, real-time operational data across energy, cost, and carbon.

A market-based instrument that certifies the generation of one megawatt-hour (MWh) of electricity from a renewable energy source. I-RECs are used by organizations in markets where country-specific certificate schemes (such as GOs in Europe or RECs in North America) are unavailable, enabling them to make credible renewable electricity claims as part of their Scope 2 market-based carbon accounting. Each certificate is issued, tracked, and retired on a verified registry to prevent double-counting.

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In Apollo: Apollo's Ecowise module supports market-based Scope 2 calculation, enabling organizations to account for I-REC and equivalent certificate retirements as part of their verified carbon reporting.

An automated process that compares utility invoices against expected charges based on contracted tariffs, historical billing patterns, and metered consumption data to identify overcharges, billing errors, or unexplained cost increases before payment is processed.

An international standard published by the International Organization for Standardization (ISO) that provides a framework for the quantification, monitoring, reporting, and verification of greenhouse gas emissions and removals at the organizational level (Part 1), project level (Part 2), and for validation and verification bodies (Part 3). ISO 14064-1 aligns closely with GHG Protocol methodology and is widely used as the basis for third-party assured corporate carbon inventories.

The international standard that specifies the requirements for establishing, implementing, and improving an energy management system. ISO 50001 provides a framework for organizations to develop a systematic approach to achieving continual energy performance improvement, including the use of baseline comparisons, EnPIs, and management review processes.

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A visual interface that aggregates and displays key performance indicators related to an organization's sustainability and energy objectives, such as energy consumption per unit, carbon intensity, cost per kWh, and progress against decarbonization targets. Effective dashboards are tailored to specific audiences, from operational teams to board-level executives.

In Apollo: Apollo provides board-ready energy, cost, and carbon dashboards, designed to move executives from data visibility to strategic decision-making.

A graphical or data representation of how electricity demand varies over time, typically by hour, day, or season, for a given facility or portfolio. Load profiles are used to identify demand peaks, optimize tariff selection, size storage or generation assets, and assess demand response potential.

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Prediction of the day-ahead electricity market clearing price using AI models trained on historical price patterns, grid load conditions, renewable generation forecasts, and demand signals. In liberalized electricity markets, the MCP is determined where supply and demand curves intersect in the day-ahead auction. Accurate MCP forecasting enables industrial and commercial consumers to optimize procurement timing, reduce exposure to spot price volatility, and improve energy budget accuracy.

In Apollo: Apollo's Finwise module includes AI-powered MCP and consumption forecasting, giving energy buyers the forward visibility needed to reduce procurement risk and hit cost targets.

The centralized monitoring, analysis, and optimization of energy consumption across multiple physical locations within a single organization. Requires data aggregation infrastructure, consistent metering standards, and reporting systems that can provide both site-level detail and portfolio-level visibility simultaneously.

A target state in which an organization reduces its greenhouse gas emissions as close to zero as possible, with any remaining residual emissions offset by equivalent carbon removals. Distinct from carbon neutrality in that net zero demands deep actual emissions reductions (typically 90%+) rather than relying primarily on offsets.

In Apollo: Apollo's decarbonization project ROI tracking helps organizations measure and demonstrate genuine progress toward net zero, not just symbolic commitments.

Software tools that help organizations model, plan, track, and report progress on net zero emissions targets. Includes functionality for baseline emissions calculations, scenario modeling, reduction project tracking, offset management, and target-year forecasting.

Energy consumed by a facility during periods when it is not in active operation, such as overnight, on weekends, or during planned shutdowns. Non-operational consumption is a reliable indicator of waste: standby loads, equipment left running, HVAC systems not correctly scheduled, or meter anomalies. Quantifying and reducing non-operational consumption is typically one of the fastest-payback efficiency opportunities available.

Energy consumption data that has been statistically adjusted to remove the influence of variables outside management control, most commonly weather (heating/cooling degree days) and production output. Normalization makes it possible to make valid comparisons of energy performance across different time periods or locations.

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Apollo's energy efficiency and performance management module. Optiwise delivers regression-based performance tracking, IoT-based real-time monitoring across assets, cross-location benchmarking, and AI-driven anomaly detection, enabling facilities teams to turn efficiency into a measurable, manageable operational discipline.

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In Apollo: Optiwise quantifies financial opportunity behind every deviation, not just flagging the problem, but showing what it costs.

The highest level of electricity demand recorded by a facility or grid zone during a given measurement period (typically 15 or 30 minutes). Peak demand is a critical driver of electricity costs under demand-based tariff structures, and reducing demand peaks is often among the highest-ROI energy management activities available.

The ratio of active power (kW) to apparent power (kVA) in an electrical system, expressed as a value between 0 and 1. A low power factor indicates that a facility is drawing more current from the grid than its useful work output requires, increasing transmission losses and triggering reactive power charges from utilities. Improving power factor through capacitor banks or synchronous condensers reduces electricity costs and improves grid stability.

A statistical measure, ranging from 0 to 1, that indicates how well an energy consumption model (typically a regression model) explains the variance in actual energy use. An R² of 0.90 means the model accounts for 90% of observed consumption variation, suggesting that the identified energy variables (production, temperature, occupancy) reliably predict energy use. ISO 50001 requires organizations to validate their energy performance models; R² is the primary quality indicator used in this validation.

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A global corporate initiative, led by The Climate Group in partnership with CDP, through which companies commit to sourcing 100% of their electricity consumption from renewable sources by a self-declared target year. RE100 members must report annually on their progress using recognized market-based instruments including Guarantees of Origin (GOs), Renewable Energy Certificates (RECs), and I-RECs. Membership signals leadership-level climate ambition and is increasingly used as a supplier qualification criterion by multinational corporations.

A charge applied by utilities when a facility's power factor falls below the contracted or regulatory threshold. Reactive power penalties represent recoverable cost for most industrial and commercial consumers, correctable through power factor correction equipment and proper electrical system management.

A statistical methodology that models the relationship between energy consumption and the variables that drive it (production output, ambient temperature, occupancy, etc.) to create a dynamic baseline. Actual consumption is compared against predicted consumption to determine whether performance is improving, degrading, or holding steady, independent of operational variability.

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Energy management practices applied specifically in retail environments, managing consumption across store networks, distribution centers, and corporate offices. Retail energy management must account for variable trading hours, high HVAC loads, refrigeration assets, and the challenge of managing performance across hundreds or thousands of geographically dispersed sites.

Direct greenhouse gas emissions from sources owned or controlled by the reporting organization, including combustion in boilers, furnaces, and vehicles, and process emissions from manufacturing. Scope 1 is the most directly controllable category of emissions and is fully within the organization's operational boundary.

Indirect greenhouse gas emissions associated with the generation of purchased electricity, steam, heat, or cooling consumed by the reporting organization. Scope 2 emissions can be calculated using either a location-based method (grid average emission factors) or a market-based method (supplier-specific factors, RECs, or PPAs).

In Apollo: Apollo calculates Scope 1 & 2 emissions automatically from metered consumption data, eliminating the manual compilation that typically slows carbon reporting cycles.

All other indirect greenhouse gas emissions that occur in an organization's value chain, both upstream (from suppliers) and downstream (from customers using the product). Scope 3 typically represents the largest share of a company's total carbon footprint and is the most complex to measure and manage.

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The comparison of an organization's energy consumption, cost, or carbon performance against anonymized data from peer organizations in the same industry sector. Sectoral benchmarking reveals whether a facility's performance is above or below the industry average, enabling credible target-setting, competitive positioning, and prioritization of improvement investment. Unlike internal benchmarking, sectoral benchmarking provides external context that internal comparisons cannot.

In Apollo: Apollo's cross-industry benchmarking engine compares unit energy prices, consumption intensity, and carbon performance against sector-specific peer groups, giving finance and sustainability leaders external proof points to anchor their investment cases.

A comparative analysis of energy consumption patterns across different operational shifts, typically day, evening, and night, to identify efficiency gaps, out-of-hours waste, and shift-level performance differences. Shift analysis enables operations and facility managers to correlate energy use with production activity, isolate non-operational consumption, and set shift-specific efficiency targets.

In Apollo: Apollo Optiwise's shift comparison feature shows which shifts consume energy most efficiently, enabling targeted interventions and accountability at the operational level rather than just the facility level.

The process of calculating the financial return, grid export value, and net billing position of a solar photovoltaic installation at a facility. Solar settlement involves reconciling the energy produced by on-site generation against consumption, tracking how much is self-consumed, how much is exported to the grid, and how the settlement affects the utility bill. Feasibility analysis models the projected ROI, payback period, and carbon reduction potential of a planned solar investment before capital is committed.

In Apollo: Apollo Finwise includes solar settlement and feasibility tracking, so businesses with existing or planned solar assets can validate their returns, detect production anomalies, and build the financial case for further investment.

The installation of secondary meters downstream of a facility's main utility meter to measure consumption at the level of individual departments, floors, production lines, or equipment groups. Sub-metering provides granular visibility that is essential for accountability, internal cost allocation, and identifying the sources of energy waste.

A centralized visual interface that presents an organization's sustainability performance data, energy, carbon, water, waste, and social metrics, in a format accessible to both operational teams and senior decision-makers. Effective dashboards combine real-time operational data with trend analysis and progress against strategic targets.

An emerging platform category that connects energy management, financial performance analysis, and sustainability reporting into a single unified system. Apollo coined this category to describe the convergence of operational data, financial intelligence, and carbon accountability that modern organizations require to manage their environmental obligations at scale.

In Apollo: Apollo is the category creator of the Sustainability Intelligence Platform, connecting operations, finance, and sustainability in one system.

A key performance indicator that measures progress toward an organization's environmental or social sustainability objectives. Common sustainability KPIs include carbon intensity, energy consumption per unit of output, renewable energy percentage, waste diversion rate, and water use intensity.

The measurable financial return generated by sustainability investments, including energy efficiency projects, renewable energy procurement, carbon management programs, and waste reduction initiatives. Quantifying sustainability ROI is essential for securing capital allocation from finance leadership and demonstrating that sustainability and profitability are complementary objectives.

The systematic analysis, optimization, and monitoring of energy tariff structures to ensure an organization is on the most cost-effective pricing arrangement available. Includes evaluation of time-of-use rates, demand charges, reactive power penalties, capacity allocations, and contract terms.

A framework developed by the Financial Stability Board to guide organizations in disclosing climate-related financial risks and opportunities across four areas: governance, strategy, risk management, and metrics & targets. TCFD-aligned reporting is increasingly required by investors, regulators, and lenders globally.

A unit of energy measurement equal to the heat released by burning one tonne of crude oil, approximately 41.868 gigajoules. TEP is used as a common unit to compare and aggregate energy consumption across different fuel types (electricity, natural gas, diesel, coal) on a single normalized basis. It is the standard reporting unit for many national energy efficiency regulations and ISO 50001 frameworks.

In Apollo: Apollo's energy summary dashboard displays total energy consumption in TEP alongside carbon emissions data, enabling organizations to report against regulatory thresholds and internal sustainability targets using the correct normalized unit.

Software that automates the collection, validation, processing, and analysis of utility invoices, including electricity, gas, water, and waste. Enables organizations to detect billing errors, track spending trends, allocate costs across business units, and provide the data foundation for financial and sustainability reporting.

A financial contract in which a corporate buyer agrees to purchase renewable energy certificates (RECs) from a specific renewable energy project at a fixed strike price. The buyer does not receive the physical electricity; instead, they receive financial settlement based on the difference between the market price and the strike price, alongside RECs to support Scope 2 carbon claims.

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A statistical adjustment applied to energy consumption data to remove the effect of weather variability, typically measured in heating degree days (HDD) or cooling degree days (CDD), so that energy performance comparisons across time periods or locations are not distorted by temperature differences.

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