Reduce HVAC Energy Costs
For high utility expense, demand charges, long schedules, rooftop portfolios, or central plants.
- RTU-SC
- GCOP
- Energy assessment
- ROI analysis
Preparing building intelligence…
Preparing building intelligence…
DLV Energy combines retrofit technologies, engineering review, intelligent controls, facility analytics, performance evaluation, and portfolio planning to help organizations improve qualifying rooftop units and chilled-water systems.
See How DLV Energy WorksSavings and eligibility vary by facility, equipment, climate, controls, operating profile, utility rates, and measurement methodology.
Some organizations know exactly which equipment they want to optimize. Others need help identifying where the strongest opportunities exist.
DLV Energy can begin with a single rooftop unit, a chiller plant, one facility, a pilot, a multi-site portfolio, or an executive opportunity assessment. The goal is to apply the right technology to the right asset and expand only when the technical and financial case supports it.
For high utility expense, demand charges, long schedules, rooftop portfolios, or central plants.
For teams seeking more value from existing assets before full replacement.
An intelligent retrofit solution for qualifying packaged rooftop HVAC units. RTU-SC modulates evaporator-fan speed according to measured operating conditions and commissioned control logic.
An intelligent optimization solution for qualifying chilled-water systems. GCOP dynamically resets the Leaving Chilled Water Temperature setpoint using approved operating inputs, adaptive logic, and BACnet/IP communication.
Intake, inventory, utility review, qualification, and preliminary range.
Compatibility, controls, electrical, BACnet, network, and operating constraints.
Preliminary reduction, savings, investment, payback, gross savings, and sustainability estimates.
Equipment selection, baseline, Evaluation Mode, metering, success criteria, and reporting.
Installation, controls integration, programming, commissioning, user setup, and monitoring.
Prioritization, standardized rollout, partner coordination, dashboards, and executive reporting.
A single-facility engagement may begin with one technology or a combined assessment across rooftop units, chillers, controls, energy data, pilot selection, installation, commissioning, evaluation, and executive review.
Large portfolios need a repeatable strategy for collecting data, qualifying assets, prioritizing facilities, deploying projects, and reporting results.
A pilot can help validate technical compatibility, operating impact, evaluation methodology, internal acceptance, and financial potential before expansion.
Pilot criteria and success metrics must be agreed upon before implementation.
Request a Pilot ProjectBased on available assumptions and facility information.
Based on validated equipment or power-meter data.
Based on an approved measurement-and-verification approach.
All calculator and assessment outputs are preliminary estimates unless verified through an approved methodology.
Supported scopes may include BACnet/IP, BACnet MS/TP routing, existing BMS integration, controller programming, gateways, meters, sensors, local or connected dashboards, network coordination, permissions, and trends.
All connectivity, writable points, remote access, cloud services, and network changes require client approval. Compatibility with every BMS or chiller manufacturer is not implied.
Discuss Your Controls ArchitectureQualifying projects may combine Evaluation Mode, alternating optimized and baseline-style periods, direct metering, capacity and runtime analysis, trends, utility and weather review, operational normalization, and executive reporting.
Uses approved formulas and available operating data.
Uses directly measured electrical demand or consumption.
Uses an agreed methodology with validated data and review.
The evaluation methodology must be defined before project results are represented as verified savings.
Learn How Performance Is EvaluatedPotential outputs may include estimated kWh, demand, and carbon reduction; facility and portfolio impact; contribution to ESG objectives; and executive sustainability summaries.
Environmental calculations depend on facility location, utility data, grid factors, energy source, reporting period, and approved methodology.
Depending on scope and location, DLV Energy may work with qualified HVAC, electrical, controls, mechanical, commissioning, or service partners.
Partner responsibilities, qualifications, territories, compensation, and authorization must be defined through approved agreements.
Choose the options that best describe your situation to receive a preliminary direction.
Humidity management
HospitalityDifferent load profiles by space
Retail & SupermarketsDistributed rooftop-unit fleets
Industrial & ManufacturingChanging production loads
Airports & TransportationTerminal load variation
Government & Public FacilitiesModernization sequencing
EducationDormitory and classroom variation
Commercial Real EstateDifferent building vintages
Match each solution to your facility needs, available data, and preferred evaluation path. Final scope and compatibility are confirmed through project-specific review.
Qualifying packaged RTUs
Qualifying chilled-water plants
Connected equipment and portfolios
These project categories contain only the approved, non-confidential context currently present in the website. Final project values remain subject to documented validation.
The original DLV website documents a long-running GCOP application at Televisa Chapultepec supporting continuous broadcasting operations in Mexico City.
Review documented case studyThe original DLV website documents a GCOP-related chiller controls application at a Baxter pharmaceutical manufacturing facility in Colombia.
Review documented case studyThe original DLV website documents an October 2018 RTU-SC pilot involving 11 controls at Cinemex San Pedro in Monterrey.
Review documented case studyDLV project records document seasonal GCOP evaluation at Liverpool Plaza del Sol. Multiple reported percentages cover different periods and remain presented separately.
Review documented case studyA project analysis documents a proposed controls modernization and GCOP scope. Financial and energy values are treated as pre-installation projections, not completed savings.
DLV Energy supports qualifying rooftop-unit and chiller optimization, connected HVAC intelligence, assessments, pilots, controls integration, performance evaluation, portfolio planning, and sustainability reporting.
RTU-SC is an intelligent retrofit solution that modulates evaporator-fan speed on qualifying packaged rooftop units according to measured conditions and commissioned control logic.
GCOP is an optimization solution for qualifying chilled-water systems that dynamically resets the Leaving Chilled Water Temperature setpoint using approved inputs, adaptive logic, and BACnet/IP communication.
It is a connected visibility and analytics layer for supported HVAC equipment, energy data, assessments, performance reporting, and facility portfolios.
The primary strategy is retrofit-oriented. If an asset is unsuitable or near replacement, repair or replacement may be recommended before optimization.
Potentially. Existing equipment must pass a facility-specific review of condition, configuration, controls, access, operation, and available data.
No. Fan motor, unit configuration, electrical requirements, controls, ventilation, condition, operating hours, and access all influence eligibility.
No. Controller compatibility, BACnet objects, writable setpoints, safeguards, plant sequence, load profile, and measurements require review.
Share your HVAC inventory, operating profile, utility information, and business objectives with DLV Energy. Our team will help identify which technologies and project strategies merit further review.
For limited access to trends, equipment performance, or portfolio context.
For organizations that want a structured pilot before a larger commitment.
For geographically distributed portfolios needing repeatable prioritization.
For energy, emissions, executive ESG, and portfolio tracking requirements.
A connected layer for qualifying HVAC equipment, energy data, assessments, and facility portfolios.
Functionality depends on approved integrations, sensors, meters, network access, and project configuration.
Final architecture and compatibility require engineering and controls review.
Sites needing qualification
Teams seeking site proof
Multi-site organizations
Energy and ESG teams
BMS and controls teams
Project documentation describes an active multi-site RTU-SC deployment with network, programming, sequencing, and training considerations. No final performance result is published.
Review documented case studyPotential energy reduction may be approximately 35% to 50% for qualifying applications. Actual results vary and are not guaranteed.
Potential energy reduction may be approximately 8% to 25% for qualifying applications. Actual results vary and are not guaranteed.
No. Savings and eligibility vary by facility, equipment, climate, controls, operating profile, utility rates, implementation, and evaluation methodology.
Yes, where a facility has qualifying rooftop and chilled-water assets and the engineering, controls, and network architecture supports both.
Existing systems may be integrated where supported protocols, points, permissions, controls architecture, and engineering review allow it.
Supported projects may use BACnet/IP, BACnet MS/TP routing, or existing BMS connections, subject to controls and network review.
Not universally. Local and connected architecture depends on approved visibility, control, data, security, and reporting requirements.
Potential projects may use local controllers, gateways, optional sensors or meters, and connected dashboards, subject to engineering review.
For qualifying RTU-SC and GCOP projects, Evaluation Mode can alternate approved optimized and baseline-style periods to support comparison.
Methods may include approved calculations, direct power metering, capacity analysis, trends, runtime, utility review, weather review, and operational normalization.
Optional metering may be included when supported by the electrical design, approved scope, equipment, access, and evaluation plan.
Yes. A pilot may test compatibility, integration, commissioning, evaluation methodology, internal acceptance, and portfolio potential.
No. Direct implementation may be appropriate when compatibility, controls, data, economics, and internal requirements are sufficiently understood.
Yes, when assets qualify and a repeatable data, controls, delivery, reporting, and capital strategy is approved.
Equipment lists, nameplate information, utility data, schedules, controls context, operating concerns, photographs, and network requirements are useful starting points.
Duration depends on equipment count, electrical and controls work, access, network approvals, operating restrictions, procurement, and commissioning. No universal duration applies.
Planning considers occupied hours, shutdown windows, safety, access, weather, critical operations, and IT change control to manage disruption.
Supported configurations may include local, facility, equipment, executive, or portfolio views based on approved integrations and available data.
Approved energy and operating information may support estimated sustainability indicators. Environmental calculations depend on location, utility data, grid factors, energy source, period, and methodology.
Financing or performance-based options may be discussed when an approved provider or project structure is available. Availability, eligibility, pricing, and terms must be confirmed separately.
Depending on scope and location, qualified HVAC, electrical, controls, mechanical, commissioning, or service partners may support delivery under approved agreements.
Start a facility assessment or schedule an executive briefing with your HVAC inventory, operating profile, utility information, and objectives.