
Remember 2016? The year Pokémon Go had us chasing virtual creatures and energy storage RFPs started rewriting utility playbooks. While augmented reality games faded, the Energy Storage Request for Proposal (RFP) wave of 2016 left permanent fingerprints on grid modernization. Let’s unpack why this particular procurement cycle still matters today – and what your team can steal from its playbook.
Utilities weren’t just buying batteries that year – they were stress-testing new business models. The California Public Utilities Commission’s mandate for 1.3GW of storage by 2020 had everyone scrambling. Key 2016 RFP highlights:
When Southern California Edison awarded Tesla a 20MW/80MWh contract (enough to power 15,000 homes for 4 hours), skeptics scoffed. But here’s the kicker – those Powerpacks outperformed their guaranteed cycle life by 18%. Suddenly, "Made in America" storage didn’t sound so quixotic.
I once watched a bid team accidentally submit a draft with placeholder text reading "[INSERT COOL BATTERY STAT HERE]". Don’t be that team. Successful 2016 respondents nailed three things:
Lithium-ion prices dropped 18% that year to $350/kWh – but here’s what RFPs revealed that BloombergNEF missed:
| Cost Component | 2015 | 2016 |
|---|---|---|
| Battery Cells | 47% | 39% |
| Balance of Plant | 28% | 33% |
| Software | 3% | 8% |
Suddenly, energy management systems became the secret sauce – a lesson for today’s AI-driven storage projects.
Even the best RFPs had blind spots. The infamous Arizona APS procurement required response times faster than cheetahs on espresso – until bidders proved the specs would fry battery chemistries. Modern RFPs now include:
That 2016 emphasis on duration? It’s back with a vengeance. New Mexico’s recent RFP for 8-hour storage directly mirrors 2016 pilot concepts. Meanwhile, Hawaii’s "storage-as-transmission" model? Straight from 2016 playbooks dusted off and supercharged.
Let’s talk about the quiet achiever – Key Capture Energy. Their 2016 NYSERDA bid included an obscure "dual-use revenue" model pairing FERC markets with local reliability services. Fast forward: they’ve deployed 600MWh using that same strategy. Their secret? Treating the RFP response as a living document rather than a one-off proposal.
When SCE required "black start capability" in their 2016 storage RFP, only two bidders checked that box. Today? It’s standard in Western U.S. procurements. The lesson? Sometimes utilities need to push boundaries beyond what’s commercially available – vendors will scramble to catch up.
Three critical documents emerged from that watershed year:
Want to really geek out? Compare PG&E’s 2016 RFP technical exhibits with their 2023 version. The shift from prescriptive specs to performance-based requirements tells the whole industry evolution story.
While chasing the latest flow battery or solid-state tech, don’t forget 2016’s core lesson – the best storage projects solve today’s problems while leaving doors open for tomorrow’s innovations. After all, the teams crushing today’s RFPs aren’t just reading tea leaves…they’re studying 2016’s playbook with highlighters and margin notes.
a rainy Thursday morning in Nevada, 2012. While most tech reporters were obsessing over smartphone launches, energy nerds (like yours truly) were losing our minds over the Sage Energy Storage Battery Plant grand opening. Fast forward 12 years, and this facility's DNA can be found in every major grid-scale storage project worldwide. Let's unpack why this particular grand opening deserves a VIP seat in renewable energy history.
Ever wondered how renewable energy keeps the lights on when the sun isn’t shining? Enter battery energy storage systems (BESS) – the unsung heroes quietly revolutionizing how we manage electricity. These high-tech power banks aren’t just backup solutions; they’re reshaping grid operations from Seoul to California. Let’s unpack why utilities and energy nerds can’t stop talking about BESS technology.
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