GITNUXSOFTWARE ADVICE
Environment EnergyTop 10 Best Energy Saver Software of 2026
Top 10 energy saver software ranked by features and savings impact, with GridPoint, EnergyHub, and EnergyPrint included for facility teams.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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GridPoint is the best pick for utilities or property programs that need recurring, meter-driven savings actions across portfolios, while Faronics Power Save is the simpler alternative for teams focused on controlled workstation idle power behavior.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
GridPoint
Recurring savings tracking that links utility account interval data to operational actions and program-style reporting.
Best for: Fits when utilities or property programs need recurring, meter-driven savings actions across portfolios.
EnergyHub
Editor pickRate-structure-aware recommendations that map meter patterns to facility savings opportunities for recurring reporting.
Best for: Fits when multi-site operators need recurring interval-data savings actions with controlled rollout.
EnergyPrint
Editor pickWeather-adjusted baseline modeling linked to measure-level savings reporting across recurring program cycles.
Best for: Fits when programs and multi-site operators need consistent M&V-style savings outputs from interval meter data.
Comparison Table
GridPoint
enterpriseCommercial building energy management platform combining submetering, controls, and analytics to reduce energy waste.
Recurring savings tracking that links utility account interval data to operational actions and program-style reporting.
GridPoint’s main value shows up when interval meter feeds are already in place and the organization needs recurring savings identification and tracking across multiple sites. The system organizes analysis and operational next steps around utility accounts, meter relationships, and building context so teams can act on patterns instead of only viewing charts. Admin controls focus on who can access accounts and program data, which supports governance for multi-stakeholder portfolios.
A tradeoff is that building-level savings execution usually depends on integrating the right operational data sources and defining consistent site mapping, because meter-to-action relationships require clean asset and account structure. GridPoint fits best when an energy team needs an audit trail of configuration and measurement inputs for long-running program cycles, not when a team wants ad hoc DIY reporting.
- +Automation supports ongoing savings tracking tied to meter data
- +Portfolio reporting fits multi-site utility and property management workflows
- +Governance controls support account-level access separation
- +Configuration supports repeatable cycles across programs and sites
- –High-quality site and asset mapping is required for good action results
- –Building-level execution often depends on external controls integrations
- –Admin setup can take longer than teams expect for large portfolios
- –Some analysis workflows feel program-shaped instead of purely asset-shaped
Energy program managers
Track incentive-linked savings across meter portfolios
Faster program reporting cycles
Property energy teams
Find repeatable demand and usage patterns
More consistent savings follow-through
Show 2 more scenarios
Utility analytics groups
Coordinate multi-tenant account onboarding
Lower operational onboarding friction
Manage meter relationships and access boundaries while keeping portfolio visibility across stakeholders.
Large facilities operations
Run continuous monitoring with standardized configuration
More predictable performance management
Repeat monitoring and adjustment workflows across many sites with shared governance controls.
Best for: Fits when utilities or property programs need recurring, meter-driven savings actions across portfolios.
EnergyHub
enterpriseDistributed energy resource management platform connecting smart devices for demand response and energy efficiency programs.
Rate-structure-aware recommendations that map meter patterns to facility savings opportunities for recurring reporting.
EnergyHub centers on automated energy analytics that translate interval meter data into prioritized saving opportunities for specific facilities. Facility admins can manage configurations across multiple locations, and reporting can be aligned to utility rate structures for clearer savings attribution. Integration depth is strongest when sites can supply interval meter data through utility feeds and when building systems are reachable through supported control connectors.
A tradeoff is that deeper automation depends on the scope of controllable equipment and the availability of usable interval data for each site. EnergyHub fits best when an organization wants recurring insights and governance around which actions are approved, especially for portfolios where engineering time is limited.
- +Tariff-aware savings reporting tied to facility usage patterns
- +Portfolio configuration supports consistent dashboards across multiple sites
- +Automated recommendations reduce manual spreadsheet work
- +Integration approach focuses on interval data and control connectivity
- –Controllability varies by building equipment and available connectors
- –Governance requires careful approval workflow setup before scaling
- –Less suited to one-off audits that need bespoke modeling
Portfolio energy managers
Monthly savings tracking across locations
Faster monthly performance reviews
Facilities operations teams
HVAC adjustments based on usage signals
Reduced manual tuning time
Show 2 more scenarios
ESG and sustainability leads
Energy performance monitoring for goals
More consistent goal reporting
EnergyHub supports consistent facility reporting so teams can track energy performance indicators over time.
Energy analysts
Standardized insights for many sites
Lower analysis workload
Shared configuration reduces bespoke analysis for each building while keeping results comparable across the portfolio.
Best for: Fits when multi-site operators need recurring interval-data savings actions with controlled rollout.
EnergyPrint
enterpriseEnergy benchmarking and reporting platform that tracks building energy performance against peers and standards.
Weather-adjusted baseline modeling linked to measure-level savings reporting across recurring program cycles.
EnergyPrint’s core workflow treats savings as an outcome of defined inputs, including interval meter data, calendar effects, and baseline calculation rules. The system outputs savings results that can be segmented by site and measure so program operators can compare targets against realized performance. Governance features focus on auditability of calculations and change control around the baseline and assumptions used for reporting.
A tradeoff appears in the upfront definition work, since consistent savings outputs depend on correct meter selection, data quality rules, and baseline configuration. EnergyPrint fits best for teams that already have interval meter access and need recurring M&V reporting without building custom analysis pipelines.
- +Weather-adjusted baseline methodology for repeatable savings reporting
- +Measure and site segmentation for M&V style attribution views
- +Recurring updates keep savings outputs aligned with new utility reads
- +Audit-ready calculation trace for baseline and assumption changes
- –Baseline configuration requires careful setup to avoid misleading results
- –Automation depth depends on available data ingestion paths for interval reads
Energy program analysts
Verify realized savings across cohorts
Attribution-ready M&V views
Multi-site building operators
Track savings after equipment changes
Comparable post-retrofit performance
Show 1 more scenario
Home energy program administrators
Report measure impact per installation
Measure-level savings reporting
The tool organizes savings outputs by installation and maintains consistent assumptions for ongoing claims.
Best for: Fits when programs and multi-site operators need consistent M&V-style savings outputs from interval meter data.
Uplight
enterpriseUtility customer energy engagement platform providing energy efficiency recommendations and demand-side management tools.
Savings tracking that ties project measure selections to measurement and verification style reporting across a portfolio.
Uplight is an energy saver software system focused on improving building and portfolio energy performance through utility data, site configuration, and automated recommendations. It centers on workflow-driven program management for energy projects, with measurement and verification oriented tracking of savings claims.
- +Utility interval data can flow into analytics for ongoing performance tracking
- +Project and measure workflows support audit-style savings documentation trails
- +Portfolio rollups make it easier to monitor many sites from one control plane
- +Automation reduces manual rework when configurations or baselines change
- –Requires disciplined configuration of buildings, equipment, and baselines
- –Deep HVAC and BAS control depends on supported integration pathways
- –Advanced carbon accounting is not always the primary reporting focus
- –Change management across large portfolios can require ongoing admin attention
Best for: Fits when utilities or multi-site operators need structured energy program workflows tied to interval data tracking.
EnergyCAP
enterpriseEnergy management and accounting platform for tracking, allocating, and reducing energy consumption across building portfolios.
Energy savings measurement centers on configurable baselines and adjustments, producing repeatable M&V-style reporting outputs.
EnergyCAP turns interval meter data into portfolio-level energy tracking, then ties it to adjustable baselines for ongoing savings measurement. The system supports M&V style workflows and the reporting outputs used in energy programs that require consistent assumptions and audit trails. EnergyCAP also centralizes facility, meter, and measure configuration so teams can manage multi-building rollups and standardize how savings are calculated across sites.
- +Interval meter imports feed repeatable savings calculations across portfolios
- +Baseline and adjustment configuration supports long-running measurement programs
- +Standardized facilities and meters structure improves cross-site reporting consistency
- +Report outputs align with M&V workflows used in energy programs
- –Sustained accuracy depends on careful configuration of meters and baselines
- –Deep integrations require onboarding effort beyond spreadsheet uploads
- –Less suited for real-time controls like HVAC actuation compared with BAS tools
- –Complex portfolios can slow reporting setup without strong governance
Best for: Fits when portfolio teams need consistent baseline-driven savings reporting for many facilities.
Faronics Power Save
SMBPC power management software that automatically suspends idle desktops and wake-on-demand to reduce energy waste.
Policy-based idle power scheduling for Windows endpoints with compliance reporting that confirms which devices applied the configuration.
Faronics Power Save targets home and small-business environments that need end-user device power management with centrally defined schedules. Its core capabilities focus on limiting monitor and system idle power states through policy-driven rules and repeatable configurations across managed computers.
- +Windows endpoint scheduling for monitor and system power states
- +Centralized policy distribution to managed computers reduces manual setup
- +Endpoint compliance reporting helps verify settings applied after rollout
- +Lightweight control scope avoids complexity of full energy management stacks
- –Limited visibility into equipment-level energy use beyond endpoint states
- –No native integration for smart meter interval data or utility demand response
- –Automation depth is mostly config-driven rather than API-based
- –Effectiveness depends on consistent endpoint login and usage patterns
Best for: Fits when organizations need controlled workstation power behavior with simple central rollout.
PowerTakeoff
enterpriseEnergy management software delivering consumption insights, benchmarking, and efficiency recommendations for commercial buildings.
Template-driven energy takeoff logic that standardizes calculation assumptions across projects for consistent structured exports.
PowerTakeoff focuses on energy takeoff workflows tied to project scope and load calculations, not only on reporting. The software’s core capabilities center on configurable energy modeling inputs, quantity-based estimation, and export-ready outputs for downstream energy analysis.
- +Project-based energy takeoff workflows with repeatable assumptions
- +Structured calculation outputs geared for handoff to analysis tools
- +Template-driven configuration for consistent load and scope calculations
- +Automation for applying the same calculation logic across many projects
- –Limited support for real-time smart meter and device telemetry
- –Integration depth for building automation protocols is not a core focus
- –Assumption templates require careful setup to avoid calculation drift
- –Automation and API access appear narrow compared with EMIS-style tools
Best for: Fits when project teams need repeatable energy takeoff and calculation outputs for downstream energy work across multiple buildings.
Voltus
enterpriseDemand response and energy management software that monetizes energy reduction during grid peak events.
Meter-to-action workflow that turns interval meter data into load-shaping measures for program execution and ongoing tracking.
Voltus targets energy analytics and savings delivery for homes and businesses with a workflow that maps interval meter signals into actionable recommendations. The core capability centers on forecasting and load-shaping insights that support peak shaving and load shifting initiatives.
- +Interval meter driven savings workflows support portfolio-scale actioning
- +Load-shaping analytics support peak shaving and load shifting programs
- +Automation reduces manual effort across recurring measurement cycles
- +Program-oriented outputs fit demand-side management operations
- –Setup needs disciplined configuration to match meter signals to strategies
- –Deeper equipment-level control depends on integrations beyond dashboards
Best for: Fits when energy teams need interval-data driven savings workflows for repeatable demand-side programs.
OhmConnect
consumerConsumer energy saving platform that rewards users for reducing electricity use during peak grid demand events.
Event-based participation measurement that uses utility interval meter signals to track household response.
OhmConnect runs a utility-linked demand response program that coordinates household actions to reduce electricity use during grid stress events. It uses smart meter and utility interval data to drive event notifications and confirm participation behavior over time.
- +Demand response event coordination tied to household participation signals
- +Smart meter and interval data create measurable event performance feedback
- +Smart thermostat integrations support load shifting during notifications
- +Residential onboarding and action steps are structured for low user effort
- –Primarily residential workflow limits HVAC, lighting, and submetering depth
- –API access and automation hooks are not described for enterprise orchestration
- –Event impacts are constrained to controllable devices and enrolled baselines
- –Governance controls like tenant RBAC and audit logs are not highlighted
Best for: Fits when homes need automated demand response actions and measured event participation.
Verdigris
enterpriseBuilding energy monitoring platform using circuit-level sensors and AI to detect energy waste and predict consumption.
Sensor-to-action workflows that connect interval energy measurements to configurable monitoring and alerting
Verdigris focuses on energy measurement and operational monitoring workflows in commercial buildings using its hardware plus software layer.
- +Equipment-level energy sensing paired with analytics for actionable building decisions
- +Configurable alerting tied to energy and operational anomalies
- +Integration-focused workflow for connecting building signals to existing operational tools
- +Reporting suited for ongoing energy performance monitoring rather than one-time studies
- –Full coverage depends on sensor placement and ongoing configuration choices
- –Some advanced automation scenarios require more integration work than dashboard users expect
- –Governance controls can lag enterprise role needs compared with larger BEMS suites
- –Complex multi-site rollouts can need dedicated admin time to standardize mappings
Best for: Fits when building owners need equipment-level measurement, ongoing monitoring, and tighter operational feedback loops.
Conclusion
After evaluating 10 energy saver software, GridPoint stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Energy Saver Software
Energy saver software in this guide targets recurring energy savings workflows, event-based load shaping, and ongoing measurement and verification style reporting across homes and commercial portfolios. The coverage spans GridPoint, EnergyHub, EnergyPrint, Uplight, EnergyCAP, Faronics Power Save, PowerTakeoff, Voltus, OhmConnect, and Verdigris.
These tools differ by how interval meter data becomes action, how baselines and adjustments are configured for repeatable savings outputs, and how much equipment-level control depends on external building automation integrations. The sections that follow connect those mechanics to what teams can automate, measure, and govern at scale.
Energy Saver Software for meter-driven savings, program workflows, and measurement and verification
Energy saver software uses interval meter data, weather context, or endpoint telemetry to generate savings calculations and program-style reporting tied to operational actions. For portfolio programs, GridPoint focuses on recurring savings tracking that links utility account interval data to operational actions and multi-site reporting workflows.
For measurement and verification style outputs, EnergyPrint applies weather-adjusted baseline modeling and measure-level savings reporting across recurring cycles. EnergyCAP centers on configurable baselines and adjustments that produce repeatable M&V-style reporting outputs from interval meter imports, with accuracy depending on baseline and meter configuration discipline.
Energy Saver Software capabilities that determine measurable savings outcomes
Energy saver software turns interval meter data, weather context, or endpoint telemetry into savings calculations that can be traced to actions and program reporting cycles. The strongest tools keep the workflow auditable from data ingestion through baseline or adjustment configuration to recurring dashboards and reporting outputs.
Recurring savings tracking tied to interval meter signals
GridPoint links utility account interval data to operational actions and multi-site portfolio reporting. EnergyHub similarly ties tariff-aware recommendations to facility savings opportunities for recurring interval-data reporting across sites.
Weather-adjusted or baseline-driven M&V style outputs
EnergyPrint produces weather-adjusted baseline modeling and measure-level savings reporting across recurring program cycles. EnergyCAP centers on configurable baselines and adjustments that generate repeatable M&V-style reporting from interval meter imports.
Measurement and program workflow structure for portfolio teams
Uplight organizes project and measure workflows that connect structured interval tracking to measurement and verification style reporting trails. GridPoint also supports ongoing savings tracking and program-style reporting across portfolios, but it emphasizes linking savings actions to meter-driven program reporting.
Actioning from meter data through load-shaping program execution
Voltus turns interval meter data into load-shaping measures and supports peak shaving and load shifting programs with ongoing tracking. OhmConnect measures event-based household response using utility interval meter signals to track participation performance.
Governance and scaling controls for multi-site deployments
EnergyHub requires careful approval workflow setup before scaling governance, which matters for controlled rollouts. GridPoint also needs high-quality site and asset mapping so action results stay consistent as portfolio coverage expands.
Endpoint or sensor-to-action coverage where interval meters do not drive everything
Faronics Power Save schedules Windows endpoint power policies and produces compliance reporting on which configurations applied. Verdigris connects equipment-level energy sensing to monitoring and alerting through sensor-to-action workflows.
Choosing Energy Saver Software by data-to-action mechanics and reporting accountability
Teams should choose based on how the tool converts interval reads into repeatable savings outputs and how much of that workflow can be governed across many sites. The right selection path differs for utility program tracking, baseline or M&V style reporting, and meter-to-action demand response execution.
Start from the savings workflow type: recurring program reporting or event-based response
If recurring savings tracking and program-style reporting must tie to utility interval data and ongoing operational actions, GridPoint fits meter-driven savings actioning with multi-site reporting. If the priority is measured event participation for household demand response, OhmConnect centers event-based participation measurement using utility interval meter signals.
Decide whether repeatable M&V style outputs depend on weather modeling or baseline adjustments
If baseline performance must incorporate weather context for repeatable savings outputs, EnergyPrint provides weather-adjusted baseline modeling with measure-level savings reporting. If repeatable savings depends on configurable baselines and adjustments from interval meter imports, EnergyCAP focuses on baseline-driven calculations and long-running measurement programs.
Select the operational depth level: reporting, measure workflows, or load-shaping execution
If structured project and measure workflows with audit-style documentation trails are the main need, Uplight ties project measure selections to measurement and verification style reporting across a portfolio. If the requirement includes load-shaping measures for peak shaving or load shifting from interval meter signals, Voltus emphasizes meter-to-action workflows for program execution.
Match governance and scaling requirements to the approval and mapping burden
If governance needs controlled rollout across portfolios, EnergyHub requires disciplined approval workflow setup before scaling. If portfolio execution depends on consistent mapping between sites, assets, and actions, GridPoint requires high-quality site and asset mapping to keep results aligned.
Confirm the integration ceiling for equipment control versus metered analytics
If deep HVAC and BAS control is required beyond dashboards, the integration depth varies by supported pathways and may limit controllability, which is a stated constraint for EnergyHub and can affect Voltus when equipment-level control depends on integrations beyond dashboards. If the scope is constrained to endpoint policy control without smart meter integration, Faronics Power Save focuses on Windows endpoint monitor and system power states with centralized policy distribution.
Who Energy Saver Software fits best
Energy saver software fits teams that must turn interval meter data into traceable savings calculations, repeatable baselines, and program reporting that can be rolled across many facilities. The best matches diverge by whether the organization runs recurring interval-data programs, executes load-shaping demand-side actions, or manages sensor and endpoint behaviors.
Utility program operators and multi-site energy management teams
GridPoint fits when utility interval data needs to drive recurring savings actions with portfolio reporting. EnergyHub fits when tariff-aware, rate-structure-aware recommendations require controlled multi-site rollout with governance workflows.
Program measurement and verification teams producing baseline-driven or weather-modeled savings reports
EnergyPrint suits M&V style reporting that depends on weather-adjusted baseline modeling and measure-level attribution views. EnergyCAP suits long-running measurement programs that rely on configurable baselines and adjustments fed by interval meter imports.
Demand-side teams running load-shaping programs or event-based participation tracking
Voltus fits interval-data-driven peak shaving and load shifting programs that require meter-to-action workflows and ongoing load-shaping analytics. OhmConnect fits residential demand response workflows that track event participation performance using household response signals tied to utility interval data.
Building operators focused on equipment-level sensing or endpoint energy behavior
Verdigris fits when equipment-level measurement and configurable monitoring and alerting must connect interval energy measurements to actionable operational feedback loops. Faronics Power Save fits when centralized scheduling for Windows endpoint power states and compliance reporting is the priority and smart meter interval data is not in scope.
Common failure modes when adopting Energy Saver Software
Energy saver software implementations fail when the data path, baseline configuration discipline, or governance workflow alignment is treated as a one-time setup. Misalignment shows up as misleading savings outputs, inconsistent portfolio dashboards, or missing automation depth for the intended operational actions.
Treating baseline configuration as optional when savings reporting depends on baseline accuracy
EnergyPrint warns that baseline configuration needs careful setup to avoid misleading results. EnergyCAP also ties sustained accuracy to careful configuration of meters and baselines rather than relying on default assumptions.
Expecting meter-to-action execution without the required mapping or integration pathways
GridPoint notes that high-quality site and asset mapping is required for good action results. Voltus also depends on disciplined configuration to match meter signals to strategies, and deeper equipment-level control depends on integrations beyond dashboards.
Scaling governance without building approval workflows and rollout discipline
EnergyHub states that governance requires careful approval workflow setup before scaling. Uplight requires disciplined configuration of buildings, equipment, and baselines for its structured program workflows to stay consistent across a portfolio.
Selecting a tool for interval meter use when the organization actually needs endpoint or equipment sensing workflows
Faronics Power Save focuses on policy-based idle power scheduling for Windows endpoints and has no native integration for smart meter interval data or utility demand response. Verdigris focuses on sensor-to-action monitoring and alerting, so advanced interval-meter program attribution requires the right sensing and measurement coverage.
How We Selected and Ranked These Tools
We evaluated each energy saver software tool on feature coverage for meter-driven savings workflows, program-style reporting outputs, and the practical effort needed to keep baselines and actions consistent across portfolios. Features accounted for 40% of the scoring and ease accounted for 30% while value accounted for 30%.
GridPoint received the top ranking because recurring savings tracking links utility account interval data to operational actions and portfolio reporting workflows with ongoing automation support. EnergyHub, EnergyPrint, and EnergyCAP scored highly when their rate-structure awareness, weather-adjusted baseline modeling, or configurable baseline and adjustment approach matched repeatable M&V style reporting needs across multi-site operations.
Frequently Asked Questions About Energy Saver Software
Which tools are built for recurring, meter-driven actions across many sites: GridPoint, EnergyHub, or EnergyCAP?
How does EnergyPrint handle weather-adjusted baselines for measurement and verification workflows?
When do Voltus and OhmConnect diverge in what “interval-driven savings” means for programs?
Which products support integrations and APIs for moving interval meter data into analytics and reporting?
How do Uplight and GridPoint differ in their admin controls for multi-user program operations?
Where does Faronics Power Save fall short compared with building-focused energy management tools like Verdigris for equipment-level optimization?
What breaks if EnergyCAP’s baseline assumptions are not standardized across facilities?
How does Uplight translate interval meter patterns into measure-linked savings claims?
How does PowerTakeoff support extensibility for repeatable calculation assumptions across projects?
When should a team choose EnergyHub over GridPoint for rollout governance and controlled adoption of savings workflows?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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