Supporting sustainable recovery and greater resilience against hurricanes, grid disruptions, and other natural disasters. WATTS UP JM provides disciplined project planning, system design, technical review, procurement coordination, quality control, and commissioning support for solar and battery projects across Jamaica.
Every project begins with a clear understanding of how the property uses energy, which loads must remain available, how long backup is required, and what site conditions may affect system performance. Project development may consider:
Energy consumption
Utility costs
Essential loads
Backup duration
Solar installation area
Battery capacity
Existing generators
Budget and schedule
Future expansion
Flood, wind, coastal, and access conditions
Solar and Battery Assessment
Review utility bills, property information, backup priorities, installation options, and project objectives to establish a practical starting point.
System Planning and Design
Develop a coordinated solar and battery system basis around energy requirements, equipment compatibility, electrical configuration, resilience, constructability, and future expansion.
Proposal and Equipment Review
Evaluate contractor proposals, equipment packages, system sizing, production assumptions, battery capacity, project scope, and potential technical risks before commitments are made.
Procurement and Delivery Coordination
Support equipment selection, supplier coordination, material review, logistics planning, and documentation so the specified system reaches the project in a controlled manner.
Construction Quality and Commissioning
Support installation review, quality control, corrective action planning, startup verification, performance checks, and project closeout documentation.
Homes
Solar and battery systems can be developed around bill reduction, essential load backup, whole home resilience, water pumping, air conditioning, security, communications, and future energy needs.
Businesses
Commercial projects can be planned around operating schedules, critical equipment, refrigeration, guest services, telecommunications, production continuity, demand, generator coordination, and financial priorities.
Community and Institutional Facilities
Energy resilience planning may support schools, churches, farms, clinics, community centers, emergency facilities, and other locations providing essential services.
Reliable backup depends on understanding the complete energy system. WATTS UP JM evaluates solar capacity, battery storage, inverter capability, load behavior, generator integration, protection, equipment location, environmental exposure, operating strategy, and serviceability as one coordinated system.
The objective is not simply to install equipment. The objective is to develop an energy system capable of supporting the property when it is needed most.
1. Define the requirements
Document the property type, energy use, project objectives, critical loads, backup expectations, budget, schedule, and available site information.
2. Assess the project conditions
Review utility bills, photographs, electrical equipment, installation areas, roof or ground conditions, access limitations, environmental exposure, and existing energy systems.
3. Develop the technical basis
Establish the proposed system architecture, solar capacity, battery strategy, equipment requirements, installation approach, and project responsibilities.
4. Coordinate project delivery
Support procurement, contractor coordination, documentation, construction readiness, and resolution of technical questions.
5. Verify and close out
Support quality review, commissioning, performance verification, operating guidance, and final project records.
Requirements First
Project decisions begin with documented energy needs, operational priorities, site conditions, schedule, budget, and client objectives.
Equipment Compatibility
Solar modules, inverters, batteries, generators, electrical equipment, and control functions are reviewed as one integrated energy system.
Resilience Planning
System architecture and equipment placement are evaluated around power interruptions, severe weather, environmental exposure, service access, and recovery priorities.
Constructability and Quality Control
Design decisions are reviewed for installation practicality, documentation clarity, field execution, safety, reliability, and long term serviceability.
WUJM-2026-0001
Paradise Farm 6.5 kW Solar + Storage Resilience Project
Portland, Jamaica
In Progress
A 6.5 kW solar and storage resilience project in progress in Portland, Jamaica.
WUJM-2026-0003
12 kW Residential Solar + Storage Resilience Project
Jamaica
System Planning
A 12 kW residential solar and storage resilience project in system planning.
WUJM-2026-0004
Commercial Solar + Storage Technical Review
Jamaica
Technical Review
An independent commercial solar and storage technical review. WATTS UP JM does not represent system design, installation, ownership, or completion.
WATTS UP JM can support project planning, design coordination, procurement, technical documentation, quality control, and commissioning. Licensed electrical work, regulated construction activities, formal engineering services, permitting, inspections, and authority approvals are completed or provided by appropriately qualified project partners where required. Project responsibilities are defined before work begins so clients understand who is responsible for each stage of delivery.
Share your location, energy requirements, utility information, resilience priorities, budget, and project schedule.