FAMILY SELECTOR / 01
Residential
Match the module to usable roof area, mounting requirements and the electrical design.
- Usable roof area
- Mounting interfaces
- Electrical design
APPLICATION / Hybrid power
Different sources. One design basis.
Start with the duty cycle and required operating modes.
Explore the system context01 / SCOPE AND INTERFACES
The module. The system around it.
Use this relationship map to frame the conversation, then define the actual configuration with the responsible engineering team.
ILLUSTRATIVE SYSTEM RELATIONSHIPNot an engineered design
- 01
Solar module supply
EA discussion boundary - 02
Conversion architecture
Defined by the project team - 03
Other energy sources
Defined by the project team - 04
Defined site loads
Defined by the project team
Storage, generation, dispatch, protection and control logic require separately engineered system scope.
First identify load profile and generation sources.
02 / YOUR PROJECT BRIEF
Bring the requirements that change the decision.
A specific brief helps separate product selection from the wider engineering and commercial scope.
- 01Load profile
- 02Generation sources
- 03Duty cycle
- 04Lifecycle objectives
SOURCE CONTEXT
Application-specific considerations
The requirements below support a more specific technical or commercial conversation.
01Hybrid generation solves a specific load problem.+
Solar, storage, grid and engine generation may be evaluated together where energy cost, resilience or fuel logistics justify hybridization. Engineering starts with hourly load, demand peaks, dispatch constraints, resource availability and customer acceptance criteria.
02Coordinate across technologies.+
Power electronics, switchgear, protection, storage controllers and generator controls must meet site conditions and operating sequences. A module-only supply agreement does not include integration responsibility for third-party equipment.
03Model lifecycle rather than headline performance.+
Evaluate capital cost, fuel cost, cycling, degradation, maintenance, availability and site tariffs under documented assumptions. No savings, emission-reduction or uptime guarantee is implied by an illustrative concept.
04Create a hybrid needs brief.+
Provide location, load curve or demand range, existing grid/engine assets, fuel constraints, desired solar capacity, storage objective and procurement responsibility.
NEXT STEP
Make the next conversation specific.
Use nonconfidential project information. The brief is prepared locally and does not create an order.