Hybrid microgrids that keep critical operations moving.
We combine solar, battery storage, transformer and control technology into dependable power systems for California and worldwide projects.
One partner from power study to commissioning.
Solar + Storage
Use solar generation when it matters most, store it for evening peaks, and protect against volatile utility rates.
Diesel Hybridization
Reduce fuel exposure and runtime while retaining proven generator resilience for remote or critical facilities.
Energy Management
Coordinate PV, BESS, utility and generators with dispatch logic designed around your operating priorities.
BUILT AROUND THE OPERATING ENVIRONMENT
Start with the site you need to keep running.
Sites with rising demand
Plan solar, storage and controls around changing loads, peak-demand exposure and grid limitations—while leaving room for future expansion.
Facilities that cannot simply stop
Prioritize essential loads, backup sequence and operating continuity for homes, commercial facilities and critical-site applications.
Projects beyond dependable grid access
Coordinate solar, battery storage, existing generators and distribution equipment into a practical hybrid power architecture.
Grid-connected, zero-export or islandable.
Every site has different utility rules, load behavior and resilience needs. Jinxing designs the right architecture: parallel with the grid, self-consumption without export, or independent operation where the grid is unavailable.
Our engineering scope: load and tariff review, system sizing, single-line design, equipment integration, commissioning support and lifecycle service.
Solar, storage, generation, control and distribution are planned as one coordinated operating system.
From energy question to operating asset.
01 — Discover: define loads, tariff, resilience and expansion requirements.
02 — Engineer: model operating scenarios and configure compatible equipment.
03 — Deliver: coordinate manufacturing, logistics, installation and commissioning.
04 — Support: provide documentation, monitoring readiness and technical service.
Start with your site and energy objectives.
Tell us the location, load profile and operating requirement. We will recommend a viable system direction.