Unclear Load Profile
Monthly consumption does not show when demand occurs or which loads are suitable for solar and battery support.
Renewable and Resilient Energy
Renewable Energy Systems That Fit How Your Facility Operates.
Dreamit helps facility teams evaluate solar PV, batteries and hybrid power options against real load patterns, operating priorities, generator use and the performance expected across the system lifecycle.
Start With the Load, Not the Equipment
A Renewable-Energy Decision Must Reflect Daily Facility Operations.
System value depends on when energy is required, how demand changes, which loads need continuity and how solar, batteries, generators and utility supply will be operated together. Equipment capacity alone does not answer those questions.
Uncertain Operating Strategy
The roles of grid power, generators, solar and batteries must be defined before a system can be evaluated properly.
Integration Constraints
Distribution capacity, controls, protection and generator behaviour can affect how a hybrid system should be configured.
Existing-System Underperformance
Low production or disappointing battery performance requires evidence before equipment is replaced or expanded.
Energy-System Scope
Evaluate the Whole System Against the Facility Load.
Dreamit examines the technical and operational relationships that influence feasibility, system configuration and performance. Recommendations are based on the agreed information and measurement scope.
Load and Energy Profile
Demand magnitude, operating hours, critical loads, seasonal influences and the timing of energy use.
Solar PV Feasibility
Available installation area, solar access, likely production profile, distribution interface and practical capacity options.
Battery Requirements
Intended battery role, load support, operating reserve, cycling assumptions, control priorities and replacement considerations.
Hybrid and Generator Integration
Source coordination, generator operating limits, inverter settings, changeover arrangements and the desired power sequence.
Existing-System Performance
Energy production, battery and inverter behaviour, system sizing, settings, condition, shading, maintenance, faults and load interaction.
Lifecycle and Operating Strategy
Maintenance needs, component replacement, operating responsibilities, future load changes and practical expansion pathways.
Our Advisory Approach
Move From Energy Requirements to a Defensible System Decision.
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01
Define the Facility Objective
Clarify whether the priority is operating cost, continuity, generator reduction, capacity expansion or existing-system improvement.
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02
Establish the Energy Profile
Review records, operating schedules and appropriate measurements to understand when and where energy is required.
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03
Assess Site and System Constraints
Examine installation conditions, electrical interfaces, controls, source coordination and operational limitations.
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04
Develop and Compare Options
Evaluate suitable system configurations, operating strategies, lifecycle factors and technical dependencies.
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05
Set the Next Engineering Steps
Present the preferred direction, required verification and information needed before procurement or implementation.
Management Deliverables
A Practical Basis for Feasibility, Improvement or Expansion.
Financial conclusions depend on the quality of load information, operating assumptions, equipment data and the level of technical assessment agreed.
- Facility load and energy-profile findings
- Solar PV, battery and hybrid-system options
- Source-integration and operating requirements
- Existing-system performance findings
- Corrective maintenance and settings priorities
- Indicative system capacities where supported by information
- Lifecycle and expansion considerations
- Technical requirements for the next project stage